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CNCϵ��������(bi��o)�y(c��)���C(j��)�������x������һ��������(bi��o)�y(c��)���C(j��)�����Ç�(gu��)�H���M(j��n)������Ԫ���������O(sh��)Ӌ(j��)�ľ���б�����g(sh��)���ѫ@���������O(sh��)Ӌ(j��)�ϲ��Ä��Ժá��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)�����ԇ�(gu��)�H֪��Ʒ�Ƹ�����������(bi��o)���ÿ���ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)ˮƽ�ľ�������֪�R(sh��)�a(ch��n)��(qu��n)��DMIS6.0�y(c��)��ܛ������ʹ��ɞ�ͬC(j��)�����ԃr(ji��)���ஔ(d��ng)�ߵĮa(ch��n)Ʒ���䌢�M���������󣬞����ṩһ��(g��)���ƵĜy(c��)����Q������
CNC is new-generated CNC CMM with a mature ��nd word-class technology under mass production at shinrein . This machine has adopted precision slant girder technology (Patented) designed by advanced F.E.M. (finite element method), which has the high precision, high performance ��nd high steady characteristics. The machine’s perfect style, strong rigidity, lightweight ��nd close frame movable bridge structure, which  configured with the world famous high-quality specific 3-D CMM control system ��nd the world highest level self-owned intellectual property of DMIS6.0 software, makes it become the highly appreciated product by comparing with its competitive price ��nd high practical quality. It will meet customer’s challenging demand with a comprehensive measurement solution.
�a(ch��n)ƷҎ(gu��)�������C(j��)��BIntroduction of Basic Machine��
01���C(j��)�����Q��CNC654 ������(bi��o)�y(c��)���C(j��)
Model Name��CNC654 Coordinate Measuring Machine
02���y(c��)������Measuring range��500�L×600�L×400�L
03������d��Load capacity��2000kg�������c(di��n)��
CNCϵ�Мy(c��)���C(j��)���Ç�(gu��)�H���M(j��n)������Ԫ�����O(sh��)Ӌ(j��)������ʹ����ЙC(j��)е�Y(ji��)��(g��u)���ԏ�(qi��ng)���׺��`��С�����и߾��ȡ������ܺ͸߷�(w��n)���Եă�(y��u)�c(di��n)��
Adoption of advanced F.E.M. (finite element method) makes it have a strong rigidity, small geometry error, high precision, high performance ��nd high stability.
�C(j��)е���w�Y(ji��)��(g��u)���Ä��ԽY(ji��)��(g��u)�á��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)����Y(ji��)��(g��u)��(ji��n)�Ρ��o�������d�������\(y��n)��(d��ng)���ܺá�
The mechanical overall structure adopts strong rigidity, light weight ��nd close frame movable bridge structure, which is simple, compact ��nd has strong loaded capacity ��nd good moving performance                                                         
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Granite fixed workable ensures strong heavy load, expanse ��nd simplicity for assembly ��nd unassembly.
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Y axis guideway adopts dove tail type, which has high precision ��nd good stability.                                  
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Three axis’s adoption of quality granite guarantees small coefficient in thermal expansion ��nd uniform temperature specialty so that it serves to excellent stability in temperature, good anti-transmogrification, strong rigidity ��nd small geometrical error in motion.
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Three axis’s adoption of quiescent air pressure air-bearing guide way, comprised of air bearings which are self-cleaning, pre-loading ��nd high precision, guarantees the large span of bearings, strong anti-sways, small resistance, no abrasion ��nd stable motion
                                     �M�����þ���б���O(sh��)Ӌ(j��)���g(sh��)���ѫ@�������������p�����ĵ͡����ԏ�(qi��ng)����(d��ng)�B(t��i)�`��С���_���˙C(j��)���ķ�(w��n)����
Crossbeam’s adoption of precise designing technology of inclined girder (patent) guarantees the machine’s lightweight, low center of gravity, strong rigidity ��nd small error in motion so that the stability of the machine is strengthened.                                                              
���Ç�(gu��)���M(j��n)�ڷ���ʽ���َ�����Ӌ(j��)��ϵ�y(t��ng)���c�����(sh��)������������ğ���Ûϵ��(sh��)���_�������õ��؏�(f��)���ȡ�
Adoption of world famous reflecting metal tape measuring scale system, which has a close thermal expansion coefficient with most work piece ��nd assure a good repeatability.
�(q��)��(d��ng)ϵ�y(t��ng)���Ç�(gu��)�H֪��Ʒ�Ƶĸ�����ֱ���ŷ�늙C(j��)���X�Ύ�����(d��ng)�b�ã��_������(d��ng)����ݡ�������(zh��n)���\(y��n)��(d��ng)���ܸ��ѡ�
Drive system adopts world famous high performance DC servo drive system ��nd dentiform tape gearing, which guarantee the drive’s fastness, precision ��nd perfect movement.
Z�S���Ú��ƽ���b�ã��O��������Z�S�Ķ�λ���ȼ���(w��n)���ԡ�
Z-axis adopts cylinder equilibrator system, which improves orientation precision ��nd stability greatly for Z axis.
����ϵ�y(t��ng)�����W��֪������(bi��o)�y(c��)���C(j��)������(sh��)��ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)������λ�C(j��)ʽ���pӋ(j��)��C(j��)ϵ�y(t��ng)���Ķ��O������ϵ�y(t��ng)�Ŀɿ��ԺͿ��ɔ_�����������˾S�o(h��)�ɱ���
Control system adopts well-known exclusive Europe Internationally advanced up-down dual computers control system, which improves the system’s reliability ��nd anti-jamming capacity greatly.
ܛ�����þ��Ъ�(d��)��֪�R(sh��)�a(ch��n)��(qu��n)�ġ����܏�(qi��ng)���DMIS6.0�y(c��)��ܛ�����������ƵĜy(c��)�����ܺ�“(li��n)�C(j��)���ܣ����Ñ��ṩ�������Ĝy(c��)����Q������
Software adopts self-owned intellectual property ��nd strong function DMIS6.0 software. With its perfect measuring ��nd online function, it will meet customer’s challenging demand with a comprehensive measurement solution.

                          

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CMM’s special CNC control adopts the advanced up-down dual computers control concept ��nd using the Control layer ��nd application layer stand-alone principle to largely satisfy the customers base it’s high efficiency��high-accuracy and high stability.���Ɔ�Ԫ���ŷ���Ԫ���ӿڰ��CPU����������һ��(g��)�o���ęC(j��)���(n��i)�����ɶȸߣ��p���˿���ϵ�y(t��ng)���ⲿ�B�������C��ϵ�y(t��ng)�Ŀɿ���(w��n)���ԡ�Control unit��servo unit��interface board ��nd CPU main board integrated into the compact housing to ensure the reliability ��nd stability of the system by reducing the external line of the control system..

��(du��)���c(di��n)�ȶ�N�\(y��n)��(d��ng)܉�E�ă�(y��u)��̎������ʹ�C(j��)�����\(y��n)��(d��ng)�����ٶȸ��졢��B(t��i)����(w��n)��Ч�ʸ��ߣ���(sh��)�F(xi��n)���w��܉�E�\(y��n)��(d��ng)��The optimization and management of movement trajectories, such as inflection point, can make the machine with faster speed��more steady condition��higher efficiency ��nd flying  trajectory movement.

��(n��i)�������B�m(x��)�\(y��n)��(d��ng)܉�E���a(b��)�㷨�����M(j��n)�Мy(c��)��܉�E�ă�(y��u)�����ϣ��ڶ��c(di��n)�B�m(x��)�\(y��n)��(d��ng)��·��Ҏ(gu��)���ϣ��ȿ�����ֱ��·���\(y��n)�У�Ҳ�����؈A��·���\(y��n)�У������ľ����ṩ�˶�N�x��ʽ��Internal advanced continuous trajectory interpolation algorithm can be measured trajectory optimization ��nd integration. In the multi-point continuous movement path planning, both can running along the straight path and the circular path. To provide variety options for programming.

����ϵ�y(t��ng)�����е��|�l(f��)ʽ�y(c��)�^ģ�M����y(c��)�^�y(c��)���Ē��蹦�ܲ��c(di��n)Ч�ʸߣ����˿��Ԍ�(sh��)�F(xi��n)��(du��)δ֪����������ĸ�ۙ����y(c��)��������������򹤳̕r(sh��)�����c(di��n)�IJɼ���Touch-trigger probe, which intimates the high point-picking efficiency of scan function, can realize tracking scan measurement of unknown curve ��nd accomplish curve point-picking of backward engineering.

                              ����ϵ�y(t��ng)���ö�N����ģʽ���ṩ��N��ȫ���Ϲ��ܣ����Ӱ�ȫ�ɿ�����(d��ng)ϵ�y(t��ng)�Д�����l(f��)���r(sh��)���t�܉��ژO�̕r(sh��)�g��(n��i)�ГQ������(y��ng)�İ�ȫģʽ�������й������\��m�e(cu��)���ܡ�The variety controlling modes ��nd safeguard functions make control system safer ��nd more reliable. The system can change to the safe mode within a short time when accident happens, ��nd it has fault self-diagnosis and error correction function.

��䌣�I(y��)���๦�ܲٿv�У��Пo���ٿv�к��о��ٿv�пɹ��x�����Ի��O(sh��)Ӌ(j��)�IJٿv�О��Ñ��ṩ�˲��ú����IJ����U�Ͱ��o��壬�����A�Sʽ�ٶȿ��ƣ����Пo��(j��)ʽ�ٶȿ��ƣ�ʹ�C(j��)�����Ƹ��Ӻ�(ji��n)�ݡ�ͬ�r(sh��)���и���(j��)����������(du��)�C(j��)����ͬλ���M(j��n)�в��������O(sh��)�õĹ��ܣ�ʹ�O(sh��)��IJ��������㡢형���Professional wireless controlling box ��nd wire controlling box for option, man-kindly design controlling box provides the joy sticker ��nd button board with reasonable layout for uses. Both step speed control ��nd stepless speed control to make the machine operate easily. In the meanwhile, it can change the operating direction according to the different position between operator ��nd machine to make the device operate more convenient and smooth.

                                              �(q��)��(d��ng)ϵ�y(t��ng)����ֱ���ŷ�늙C(j��)�(q��)��(d��ng)����ʹ늙C(j��)����(j��)��ͬҪ����T�����ٶȻ�S�����ٶ��\(y��n)��(d��ng)���_���C(j��)���\(y��n)��(d��ng)��B(t��i)���̶ȱ���ƽ��(w��n)��Driving system adopts DC servo motor driving can make the motor move according to T- curve speed or S-curve speed., ensure the machine move in a steady condition maximum.

                         ���Ѓ�(n��i)���ضȱO(ji��n)��ϵ�y(t��ng)��������Ƿ����Ƿ������r�Œ�(d��o)�¿���ϵ�y(t��ng)�p�ġ�Internal temperature monitoring system can avoid the control system being damaged from pressure or airstream shortage.

��N���x��ڣ��M�������O(sh��)�估���ܔU(ku��)չ������ariety optional interface can meet the needs of special devices ��nd functions extension.

����λ����Ϣ�����i���Ӳ����׽����ʹ�y(c��)���C(j��)ȡ�c(di��n)���ȸ��ߣ����c(di��n)�ٶȸ��졣With location information high-speed latch hardware capture device ensure the CMM points catching in higher precision ��nd faster speed.

����TCP/IP,RS232/RS422�ȶ�N�ӿڷ�ʽ�������cӋ(j��)��C(j��)“(li��n)�W(w��ng)�Լ��������O(sh��)��“(li��n)�ӡ�TCP/IP ��nd RS232/RS422 interface to achieve the PC networking ��nd other device connection.              

֧���|�l(f��)ʽ�����������ʽ����W(xu��)CCD�ȶ�N�y(c��)�^ϵ�y(t��ng)������RENISHAWȫϵ�Мy(c��)�^�B��ϵ�y(t��ng)�Ͷ�ҹ�˾�IJ�ͬ��̖(h��o)�Ĝy(c��)�^�a(ch��n)Ʒ�����ɷ��㌍(sh��)�F(xi��n)�T��h(hu��n)��픹�Դ߉݋�·�Ŀ��ơ�Support of multiple probe systems include touch-trigger probe, scanning probe, optical CCD probe, full series connected system of RENISHAW probe and other models probe of other companies, easy to achieve the logic circuit controlling such as top light source logic circuit.

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The whole control system is in conformity with European EC standard.

 

 

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������λҊ�C�͑���䛣��D�D��2016��Ԫ�·ݣ���˾��Ӌ(j��)�͑����_(d��)10000��(g��)�Ҍ�(sh��)�Ñ���

������(bi��o)�y(c��)���C(j��) WEALTH����Ԫ SHINREIN �S��ֱ�N������(bi��o)�y(c��)���C(j��) WEALTH����Ԫ SHINREIN �S
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CNC1077�S��ֱ�N�߾���������(bi��o)�y(c��)���C(j��) ����Ԫ�y(c��)��?j��)x SHINREIN

                                                                                   ���C(j��)����Description of the basic machine��
CNCϵ��������(bi��o)�y(c��)���C(j��)�������x������һ��������(bi��o)�y(c��)���C(j��)�����Ç�(gu��)�H���M(j��n)������Ԫ���������O(sh��)Ӌ(j��)�ľ���б�����g(sh��)���ѫ@���������O(sh��)Ӌ(j��)�ϲ��Ä��Ժá��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)�����ԇ�(gu��)�H֪��Ʒ�Ƹ�����������(bi��o)���ÿ���ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)ˮƽ�ľ�������֪�R(sh��)�a(ch��n)��(qu��n)��DMIS6.0�y(c��)��ܛ������ʹ��ɞ�ͬC(j��)�����ԃr(ji��)���ஔ(d��ng)�ߵĮa(ch��n)Ʒ���䌢�M���������󣬞����ṩһ��(g��)���ƵĜy(c��)����Q������
CNC is new-generated CNC CMM with a mature ��nd word-class technology under mass production at shinrein . This machine has adopted precision slant girder technology (Patented) designed by advanced F.E.M. (finite element method), which has the high precision, high performance ��nd high steady characteristics. The machine’s perfect style, strong rigidity, lightweight ��nd close frame movable bridge structure, which  configured with the world famous high-quality specific 3-D CMM control system ��nd the world highest level self-owned intellectual property of DMIS6.0 software, makes it become the highly appreciated product by comparing with its competitive price ��nd high practical quality. It will meet customer’s challenging demand with a comprehensive measurement solution.
�a(ch��n)ƷҎ(gu��)�������C(j��)��BIntroduction of Basic Machine��
01���C(j��)�����Q��CNC654 ������(bi��o)�y(c��)���C(j��)
Model Name��CNC654 Coordinate Measuring Machine
02���y(c��)������Measuring range��500�L×600�L×400�L
03������d��Load capacity��2000kg�������c(di��n)��
CNCϵ�Мy(c��)���C(j��)���Ç�(gu��)�H���M(j��n)������Ԫ�����O(sh��)Ӌ(j��)������ʹ����ЙC(j��)е�Y(ji��)��(g��u)���ԏ�(qi��ng)���׺��`��С�����и߾��ȡ������ܺ͸߷�(w��n)���Եă�(y��u)�c(di��n)��
Adoption of advanced F.E.M. (finite element method) makes it have a strong rigidity, small geometry error, high precision, high performance ��nd high stability.
�C(j��)е���w�Y(ji��)��(g��u)���Ä��ԽY(ji��)��(g��u)�á��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)����Y(ji��)��(g��u)��(ji��n)�Ρ��o�������d�������\(y��n)��(d��ng)���ܺá�
The mechanical overall structure adopts strong rigidity, light weight ��nd close frame movable bridge structure, which is simple, compact ��nd has strong loaded capacity ��nd good moving performance                                                         
�̶���(y��u)�|(zh��)�����r�����_(t��i)��ʹ����г��d������(qi��ng)���bж���g��韡���ݡ�
Granite fixed workable ensures strong heavy load, expanse ��nd simplicity for assembly ��nd unassembly.
                                    Y��?q��)�܉������βʽ����λ���ȸߣ���(w��n)�����ܺá�
Y axis guideway adopts dove tail type, which has high precision ��nd good stability.                                  
���S���Ã�(y��u)�|(zh��)�����r������Ûϵ��(sh��)С�����S������ͬ�Ĝض����ԣ�����������õĜضȷ�(w��n)���ԡ�����(sh��)Ч׃�����������Ժá���(d��ng)�B(t��i)�׺��`��׃��С��
Three axis’s adoption of quality granite guarantees small coefficient in thermal expansion ��nd uniform temperature specialty so that it serves to excellent stability in temperature, good anti-transmogrification, strong rigidity ��nd small geometrical error in motion.
���S�������ԝ�ʽ�A(y��)�d�ɸ߾��ȿ՚��S�нM�ɵ��o���⸡ʽ��(d��o)܉���S�п��󣬿��ǔ[������(qi��ng)������С���oĥ�p���\(y��n)��(d��ng)��ƽ��(w��n)��
Three axis’s adoption of quiescent air pressure air-bearing guide way, comprised of air bearings which are self-cleaning, pre-loading ��nd high precision, guarantees the large span of bearings, strong anti-sways, small resistance, no abrasion ��nd stable motion
                                     �M�����þ���б���O(sh��)Ӌ(j��)���g(sh��)���ѫ@�������������p�����ĵ͡����ԏ�(qi��ng)����(d��ng)�B(t��i)�`��С���_���˙C(j��)���ķ�(w��n)����
Crossbeam’s adoption of precise designing technology of inclined girder (patent) guarantees the machine’s lightweight, low center of gravity, strong rigidity ��nd small error in motion so that the stability of the machine is strengthened.                                                              
���Ç�(gu��)���M(j��n)�ڷ���ʽ���َ�����Ӌ(j��)��ϵ�y(t��ng)���c�����(sh��)������������ğ���Ûϵ��(sh��)���_�������õ��؏�(f��)���ȡ�
Adoption of world famous reflecting metal tape measuring scale system, which has a close thermal expansion coefficient with most work piece ��nd assure a good repeatability.
�(q��)��(d��ng)ϵ�y(t��ng)���Ç�(gu��)�H֪��Ʒ�Ƶĸ�����ֱ���ŷ�늙C(j��)���X�Ύ�����(d��ng)�b�ã��_������(d��ng)����ݡ�������(zh��n)���\(y��n)��(d��ng)���ܸ��ѡ�
Drive system adopts world famous high performance DC servo drive system ��nd dentiform tape gearing, which guarantee the drive’s fastness, precision ��nd perfect movement.
Z�S���Ú��ƽ���b�ã��O��������Z�S�Ķ�λ���ȼ���(w��n)���ԡ�
Z-axis adopts cylinder equilibrator system, which improves orientation precision ��nd stability greatly for Z axis.
����ϵ�y(t��ng)�����W��֪������(bi��o)�y(c��)���C(j��)������(sh��)��ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)������λ�C(j��)ʽ���pӋ(j��)��C(j��)ϵ�y(t��ng)���Ķ��O������ϵ�y(t��ng)�Ŀɿ��ԺͿ��ɔ_�����������˾S�o(h��)�ɱ���
Control system adopts well-known exclusive Europe Internationally advanced up-down dual computers control system, which improves the system’s reliability ��nd anti-jamming capacity greatly.
ܛ�����þ��Ъ�(d��)��֪�R(sh��)�a(ch��n)��(qu��n)�ġ����܏�(qi��ng)���DMIS6.0�y(c��)��ܛ�����������ƵĜy(c��)�����ܺ�“(li��n)�C(j��)���ܣ����Ñ��ṩ�������Ĝy(c��)����Q������
Software adopts self-owned intellectual property ��nd strong function DMIS6.0 software. With its perfect measuring ��nd online function, it will meet customer’s challenging demand with a comprehensive measurement solution.

                          

������(bi��o)�y(c��)���C(j��)����CNC��(sh��)�أ������ϡ���λ�C(j��)ʽ�pӋ(j��)��C(j��)���Ƶ����M(j��n)������ÿ��ƌӺ͑�(y��ng)�ÌӪ�(d��)���\(y��n)�е�ԭ����ʹ������(bi��o)�y(c��)���C(j��)��CMM���ڸ�Ч�ʡ��߾��Ⱥ͸߷�(w��n)���Եȷ���O��؝M�����Ñ�������

CMM’s special CNC control adopts the advanced up-down dual computers control concept ��nd using the Control layer ��nd application layer stand-alone principle to largely satisfy the customers base it’s high efficiency��high-accuracy and high stability.���Ɔ�Ԫ���ŷ���Ԫ���ӿڰ��CPU����������һ��(g��)�o���ęC(j��)���(n��i)�����ɶȸߣ��p���˿���ϵ�y(t��ng)���ⲿ�B�������C��ϵ�y(t��ng)�Ŀɿ���(w��n)���ԡ�Control unit��servo unit��interface board ��nd CPU main board integrated into the compact housing to ensure the reliability ��nd stability of the system by reducing the external line of the control system..

��(du��)���c(di��n)�ȶ�N�\(y��n)��(d��ng)܉�E�ă�(y��u)��̎������ʹ�C(j��)�����\(y��n)��(d��ng)�����ٶȸ��졢��B(t��i)����(w��n)��Ч�ʸ��ߣ���(sh��)�F(xi��n)���w��܉�E�\(y��n)��(d��ng)��The optimization and management of movement trajectories, such as inflection point, can make the machine with faster speed��more steady condition��higher efficiency ��nd flying  trajectory movement.

��(n��i)�������B�m(x��)�\(y��n)��(d��ng)܉�E���a(b��)�㷨�����M(j��n)�Мy(c��)��܉�E�ă�(y��u)�����ϣ��ڶ��c(di��n)�B�m(x��)�\(y��n)��(d��ng)��·��Ҏ(gu��)���ϣ��ȿ�����ֱ��·���\(y��n)�У�Ҳ�����؈A��·���\(y��n)�У������ľ����ṩ�˶�N�x��ʽ��Internal advanced continuous trajectory interpolation algorithm can be measured trajectory optimization ��nd integration. In the multi-point continuous movement path planning, both can running along the straight path and the circular path. To provide variety options for programming.

����ϵ�y(t��ng)�����е��|�l(f��)ʽ�y(c��)�^ģ�M����y(c��)�^�y(c��)���Ē��蹦�ܲ��c(di��n)Ч�ʸߣ����˿��Ԍ�(sh��)�F(xi��n)��(du��)δ֪����������ĸ�ۙ����y(c��)��������������򹤳̕r(sh��)�����c(di��n)�IJɼ���Touch-trigger probe, which intimates the high point-picking efficiency of scan function, can realize tracking scan measurement of unknown curve ��nd accomplish curve point-picking of backward engineering.

                              ����ϵ�y(t��ng)���ö�N����ģʽ���ṩ��N��ȫ���Ϲ��ܣ����Ӱ�ȫ�ɿ�����(d��ng)ϵ�y(t��ng)�Д�����l(f��)���r(sh��)���t�܉��ژO�̕r(sh��)�g��(n��i)�ГQ������(y��ng)�İ�ȫģʽ�������й������\��m�e(cu��)���ܡ�The variety controlling modes ��nd safeguard functions make control system safer ��nd more reliable. The system can change to the safe mode within a short time when accident happens, ��nd it has fault self-diagnosis and error correction function.

��䌣�I(y��)���๦�ܲٿv�У��Пo���ٿv�к��о��ٿv�пɹ��x�����Ի��O(sh��)Ӌ(j��)�IJٿv�О��Ñ��ṩ�˲��ú����IJ����U�Ͱ��o��壬�����A�Sʽ�ٶȿ��ƣ����Пo��(j��)ʽ�ٶȿ��ƣ�ʹ�C(j��)�����Ƹ��Ӻ�(ji��n)�ݡ�ͬ�r(sh��)���и���(j��)����������(du��)�C(j��)����ͬλ���M(j��n)�в��������O(sh��)�õĹ��ܣ�ʹ�O(sh��)��IJ��������㡢형���Professional wireless controlling box ��nd wire controlling box for option, man-kindly design controlling box provides the joy sticker ��nd button board with reasonable layout for uses. Both step speed control ��nd stepless speed control to make the machine operate easily. In the meanwhile, it can change the operating direction according to the different position between operator ��nd machine to make the device operate more convenient and smooth.

                                              �(q��)��(d��ng)ϵ�y(t��ng)����ֱ���ŷ�늙C(j��)�(q��)��(d��ng)����ʹ늙C(j��)����(j��)��ͬҪ����T�����ٶȻ�S�����ٶ��\(y��n)��(d��ng)���_���C(j��)���\(y��n)��(d��ng)��B(t��i)���̶ȱ���ƽ��(w��n)��Driving system adopts DC servo motor driving can make the motor move according to T- curve speed or S-curve speed., ensure the machine move in a steady condition maximum.

                         ���Ѓ�(n��i)���ضȱO(ji��n)��ϵ�y(t��ng)��������Ƿ����Ƿ������r�Œ�(d��o)�¿���ϵ�y(t��ng)�p�ġ�Internal temperature monitoring system can avoid the control system being damaged from pressure or airstream shortage.

��N���x��ڣ��M�������O(sh��)�估���ܔU(ku��)չ������ariety optional interface can meet the needs of special devices ��nd functions extension.

����λ����Ϣ�����i���Ӳ����׽����ʹ�y(c��)���C(j��)ȡ�c(di��n)���ȸ��ߣ����c(di��n)�ٶȸ��졣With location information high-speed latch hardware capture device ensure the CMM points catching in higher precision ��nd faster speed.

����TCP/IP,RS232/RS422�ȶ�N�ӿڷ�ʽ�������cӋ(j��)��C(j��)“(li��n)�W(w��ng)�Լ��������O(sh��)��“(li��n)�ӡ�TCP/IP ��nd RS232/RS422 interface to achieve the PC networking ��nd other device connection.              

֧���|�l(f��)ʽ�����������ʽ����W(xu��)CCD�ȶ�N�y(c��)�^ϵ�y(t��ng)������RENISHAWȫϵ�Мy(c��)�^�B��ϵ�y(t��ng)�Ͷ�ҹ�˾�IJ�ͬ��̖(h��o)�Ĝy(c��)�^�a(ch��n)Ʒ�����ɷ��㌍(sh��)�F(xi��n)�T��h(hu��n)��픹�Դ߉݋�·�Ŀ��ơ�Support of multiple probe systems include touch-trigger probe, scanning probe, optical CCD probe, full series connected system of RENISHAW probe and other models probe of other companies, easy to achieve the logic circuit controlling such as top light source logic circuit.

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The whole control system is in conformity with European EC standard.

 

 

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�a(ch��n)Ʒ��(ji��n)��:                                                                                   ���C(j��)����Description of the basic machine��
CNCϵ��������(bi��o)�y(c��)���C(j��)�������x������һ��������(bi��o)�y(c��)���C(j��)�����Ç�(gu��)�H���M(j��n)������Ԫ���������O(sh��)Ӌ(j��)�ľ���б�����g(sh��)���ѫ@���������O(sh��)Ӌ(j��)�ϲ��Ä��Ժá��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)�����ԇ�(gu��)�H֪��Ʒ�Ƹ�����������(bi��o)���ÿ���ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)ˮƽ�ľ�������֪�R(sh��)�a(ch��n)��(qu��n)��DMIS6.0�y(c��)��ܛ������ʹ��ɞ�ͬC(j��)�����ԃr(ji��)���ஔ(d��ng)�ߵĮa(ch��n)Ʒ���䌢�M���������󣬞����ṩһ��(g��)���ƵĜy(c��)����Q������
CNC is new-generated CNC CMM with a mature ��nd word-class technology under mass production at shinrein . This machine has adopted precision slant girder technology (Patented) designed by advanced F.E.M. (finite element method), which has the high precision, high performance ��nd high steady characteristics. The machine’s perfect style, strong rigidity, lightweight ��nd close frame movable bridge structure, which  configured with the world famous high-quality specific 3-D CMM control system ��nd the world highest level self-owned intellectual property of DMIS6.0 software, makes it become the highly appreciated product by comparing with its competitive price ��nd high practical quality. It will meet customer’s challenging demand with a comprehensive measurement solution.
�a(ch��n)ƷҎ(gu��)�������C(j��)��BIntroduction of Basic Machine��
01���C(j��)�����Q��CNC654 ������(bi��o)�y(c��)���C(j��)
Model Name��CNC654 Coordinate Measuring Machine
02���y(c��)������Measuring range��500�L×600�L×400�L
03������d��Load capacity��2000kg�������c(di��n)��
CNCϵ�Мy(c��)���C(j��)���Ç�(gu��)�H���M(j��n)������Ԫ�����O(sh��)Ӌ(j��)������ʹ����ЙC(j��)е�Y(ji��)��(g��u)���ԏ�(qi��ng)���׺��`��С�����и߾��ȡ������ܺ͸߷�(w��n)���Եă�(y��u)�c(di��n)��
Adoption of advanced F.E.M. (finite element method) makes it have a strong rigidity, small geometry error, high precision, high performance ��nd high stability.
�C(j��)е���w�Y(ji��)��(g��u)���Ä��ԽY(ji��)��(g��u)�á��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)����Y(ji��)��(g��u)��(ji��n)�Ρ��o�������d�������\(y��n)��(d��ng)���ܺá�
The mechanical overall structure adopts strong rigidity, light weight ��nd close frame movable bridge structure, which is simple, compact ��nd has strong loaded capacity ��nd good moving performance                                                         
�̶���(y��u)�|(zh��)�����r�����_(t��i)��ʹ����г��d������(qi��ng)���bж���g��韡���ݡ�
Granite fixed workable ensures strong heavy load, expanse ��nd simplicity for assembly ��nd unassembly.
                                    Y��?q��)�܉������βʽ����λ���ȸߣ���(w��n)�����ܺá�
Y axis guideway adopts dove tail type, which has high precision ��nd good stability.                                  
���S���Ã�(y��u)�|(zh��)�����r������Ûϵ��(sh��)С�����S������ͬ�Ĝض����ԣ�����������õĜضȷ�(w��n)���ԡ�����(sh��)Ч׃�����������Ժá���(d��ng)�B(t��i)�׺��`��׃��С��
Three axis’s adoption of quality granite guarantees small coefficient in thermal expansion ��nd uniform temperature specialty so that it serves to excellent stability in temperature, good anti-transmogrification, strong rigidity ��nd small geometrical error in motion.
���S�������ԝ�ʽ�A(y��)�d�ɸ߾��ȿ՚��S�нM�ɵ��o���⸡ʽ��(d��o)܉���S�п��󣬿��ǔ[������(qi��ng)������С���oĥ�p���\(y��n)��(d��ng)��ƽ��(w��n)��
Three axis’s adoption of quiescent air pressure air-bearing guide way, comprised of air bearings which are self-cleaning, pre-loading ��nd high precision, guarantees the large span of bearings, strong anti-sways, small resistance, no abrasion ��nd stable motion
                                     �M�����þ���б���O(sh��)Ӌ(j��)���g(sh��)���ѫ@�������������p�����ĵ͡����ԏ�(qi��ng)����(d��ng)�B(t��i)�`��С���_���˙C(j��)���ķ�(w��n)����
Crossbeam’s adoption of precise designing technology of inclined girder (patent) guarantees the machine’s lightweight, low center of gravity, strong rigidity ��nd small error in motion so that the stability of the machine is strengthened.                                                              
���Ç�(gu��)���M(j��n)�ڷ���ʽ���َ�����Ӌ(j��)��ϵ�y(t��ng)���c�����(sh��)������������ğ���Ûϵ��(sh��)���_�������õ��؏�(f��)���ȡ�
Adoption of world famous reflecting metal tape measuring scale system, which has a close thermal expansion coefficient with most work piece ��nd assure a good repeatability.
�(q��)��(d��ng)ϵ�y(t��ng)���Ç�(gu��)�H֪��Ʒ�Ƶĸ�����ֱ���ŷ�늙C(j��)���X�Ύ�����(d��ng)�b�ã��_������(d��ng)����ݡ�������(zh��n)���\(y��n)��(d��ng)���ܸ��ѡ�
Drive system adopts world famous high performance DC servo drive system ��nd dentiform tape gearing, which guarantee the drive’s fastness, precision ��nd perfect movement.
Z�S���Ú��ƽ���b�ã��O��������Z�S�Ķ�λ���ȼ���(w��n)���ԡ�
Z-axis adopts cylinder equilibrator system, which improves orientation precision ��nd stability greatly for Z axis.
����ϵ�y(t��ng)�����W��֪������(bi��o)�y(c��)���C(j��)������(sh��)��ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)������λ�C(j��)ʽ���pӋ(j��)��C(j��)ϵ�y(t��ng)���Ķ��O������ϵ�y(t��ng)�Ŀɿ��ԺͿ��ɔ_�����������˾S�o(h��)�ɱ���
Control system adopts well-known exclusive Europe Internationally advanced up-down dual computers control system, which improves the system’s reliability ��nd anti-jamming capacity greatly.
ܛ�����þ��Ъ�(d��)��֪�R(sh��)�a(ch��n)��(qu��n)�ġ����܏�(qi��ng)���DMIS6.0�y(c��)��ܛ�����������ƵĜy(c��)�����ܺ�“(li��n)�C(j��)���ܣ����Ñ��ṩ�������Ĝy(c��)����Q������
Software adopts self-owned intellectual property ��nd strong function DMIS6.0 software. With its perfect measuring ��nd online function, it will meet customer’s challenging demand with a comprehensive measurement solution.

                          

������(bi��o)�y(c��)���C(j��)����CNC��(sh��)�أ������ϡ���λ�C(j��)ʽ�pӋ(j��)��C(j��)���Ƶ����M(j��n)������ÿ��ƌӺ͑�(y��ng)�ÌӪ�(d��)���\(y��n)�е�ԭ����ʹ������(bi��o)�y(c��)���C(j��)��CMM���ڸ�Ч�ʡ��߾��Ⱥ͸߷�(w��n)���Եȷ���O��؝M�����Ñ�������

CMM’s special CNC control adopts the advanced up-down dual computers control concept ��nd using the Control layer ��nd application layer stand-alone principle to largely satisfy the customers base it’s high efficiency��high-accuracy and high stability.���Ɔ�Ԫ���ŷ���Ԫ���ӿڰ��CPU����������һ��(g��)�o���ęC(j��)���(n��i)�����ɶȸߣ��p���˿���ϵ�y(t��ng)���ⲿ�B�������C��ϵ�y(t��ng)�Ŀɿ���(w��n)���ԡ�Control unit��servo unit��interface board ��nd CPU main board integrated into the compact housing to ensure the reliability ��nd stability of the system by reducing the external line of the control system..

��(du��)���c(di��n)�ȶ�N�\(y��n)��(d��ng)܉�E�ă�(y��u)��̎������ʹ�C(j��)�����\(y��n)��(d��ng)�����ٶȸ��졢��B(t��i)����(w��n)��Ч�ʸ��ߣ���(sh��)�F(xi��n)���w��܉�E�\(y��n)��(d��ng)��The optimization and management of movement trajectories, such as inflection point, can make the machine with faster speed��more steady condition��higher efficiency ��nd flying  trajectory movement.

��(n��i)�������B�m(x��)�\(y��n)��(d��ng)܉�E���a(b��)�㷨�����M(j��n)�Мy(c��)��܉�E�ă�(y��u)�����ϣ��ڶ��c(di��n)�B�m(x��)�\(y��n)��(d��ng)��·��Ҏ(gu��)���ϣ��ȿ�����ֱ��·���\(y��n)�У�Ҳ�����؈A��·���\(y��n)�У������ľ����ṩ�˶�N�x��ʽ��Internal advanced continuous trajectory interpolation algorithm can be measured trajectory optimization ��nd integration. In the multi-point continuous movement path planning, both can running along the straight path and the circular path. To provide variety options for programming.

����ϵ�y(t��ng)�����е��|�l(f��)ʽ�y(c��)�^ģ�M����y(c��)�^�y(c��)���Ē��蹦�ܲ��c(di��n)Ч�ʸߣ����˿��Ԍ�(sh��)�F(xi��n)��(du��)δ֪����������ĸ�ۙ����y(c��)��������������򹤳̕r(sh��)�����c(di��n)�IJɼ���Touch-trigger probe, which intimates the high point-picking efficiency of scan function, can realize tracking scan measurement of unknown curve ��nd accomplish curve point-picking of backward engineering.

                              ����ϵ�y(t��ng)���ö�N����ģʽ���ṩ��N��ȫ���Ϲ��ܣ����Ӱ�ȫ�ɿ�����(d��ng)ϵ�y(t��ng)�Д�����l(f��)���r(sh��)���t�܉��ژO�̕r(sh��)�g��(n��i)�ГQ������(y��ng)�İ�ȫģʽ�������й������\��m�e(cu��)���ܡ�The variety controlling modes ��nd safeguard functions make control system safer ��nd more reliable. The system can change to the safe mode within a short time when accident happens, ��nd it has fault self-diagnosis and error correction function.

��䌣�I(y��)���๦�ܲٿv�У��Пo���ٿv�к��о��ٿv�пɹ��x�����Ի��O(sh��)Ӌ(j��)�IJٿv�О��Ñ��ṩ�˲��ú����IJ����U�Ͱ��o��壬�����A�Sʽ�ٶȿ��ƣ����Пo��(j��)ʽ�ٶȿ��ƣ�ʹ�C(j��)�����Ƹ��Ӻ�(ji��n)�ݡ�ͬ�r(sh��)���и���(j��)����������(du��)�C(j��)����ͬλ���M(j��n)�в��������O(sh��)�õĹ��ܣ�ʹ�O(sh��)��IJ��������㡢형���Professional wireless controlling box ��nd wire controlling box for option, man-kindly design controlling box provides the joy sticker ��nd button board with reasonable layout for uses. Both step speed control ��nd stepless speed control to make the machine operate easily. In the meanwhile, it can change the operating direction according to the different position between operator ��nd machine to make the device operate more convenient and smooth.

                                              �(q��)��(d��ng)ϵ�y(t��ng)����ֱ���ŷ�늙C(j��)�(q��)��(d��ng)����ʹ늙C(j��)����(j��)��ͬҪ����T�����ٶȻ�S�����ٶ��\(y��n)��(d��ng)���_���C(j��)���\(y��n)��(d��ng)��B(t��i)���̶ȱ���ƽ��(w��n)��Driving system adopts DC servo motor driving can make the motor move according to T- curve speed or S-curve speed., ensure the machine move in a steady condition maximum.

                         ���Ѓ�(n��i)���ضȱO(ji��n)��ϵ�y(t��ng)��������Ƿ����Ƿ������r�Œ�(d��o)�¿���ϵ�y(t��ng)�p�ġ�Internal temperature monitoring system can avoid the control system being damaged from pressure or airstream shortage.

��N���x��ڣ��M�������O(sh��)�估���ܔU(ku��)չ������ariety optional interface can meet the needs of special devices ��nd functions extension.

����λ����Ϣ�����i���Ӳ����׽����ʹ�y(c��)���C(j��)ȡ�c(di��n)���ȸ��ߣ����c(di��n)�ٶȸ��졣With location information high-speed latch hardware capture device ensure the CMM points catching in higher precision ��nd faster speed.

����TCP/IP,RS232/RS422�ȶ�N�ӿڷ�ʽ�������cӋ(j��)��C(j��)“(li��n)�W(w��ng)�Լ��������O(sh��)��“(li��n)�ӡ�TCP/IP ��nd RS232/RS422 interface to achieve the PC networking ��nd other device connection.              

֧���|�l(f��)ʽ�����������ʽ����W(xu��)CCD�ȶ�N�y(c��)�^ϵ�y(t��ng)������RENISHAWȫϵ�Мy(c��)�^�B��ϵ�y(t��ng)�Ͷ�ҹ�˾�IJ�ͬ��̖(h��o)�Ĝy(c��)�^�a(ch��n)Ʒ�����ɷ��㌍(sh��)�F(xi��n)�T��h(hu��n)��픹�Դ߉݋�·�Ŀ��ơ�Support of multiple probe systems include touch-trigger probe, scanning probe, optical CCD probe, full series connected system of RENISHAW probe and other models probe of other companies, easy to achieve the logic circuit controlling such as top light source logic circuit.

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The whole control system is in conformity with European EC standard.

 

 

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�a(ch��n)Ʒ��(ji��n)��:                                                                       ���C(j��)����Description of the basic machine��
CNCϵ��������(bi��o)�y(c��)���C(j��)�������x������һ��������(bi��o)�y(c��)���C(j��)�����Ç�(gu��)�H���M(j��n)������Ԫ���������O(sh��)Ӌ(j��)�ľ���б�����g(sh��)���ѫ@���������O(sh��)Ӌ(j��)�ϲ��Ä��Ժá��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)�����ԇ�(gu��)�H֪��Ʒ�Ƹ�����������(bi��o)���ÿ���ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)ˮƽ�ľ�������֪�R(sh��)�a(ch��n)��(qu��n)��DMIS6.0�y(c��)��ܛ������ʹ��ɞ�ͬC(j��)�����ԃr(ji��)���ஔ(d��ng)�ߵĮa(ch��n)Ʒ���䌢�M���������󣬞����ṩһ��(g��)���ƵĜy(c��)����Q������
CNC is new-generated CNC CMM with a mature ��nd word-class technology under mass production at shinrein . This machine has adopted precision slant girder technology (Patented) designed by advanced F.E.M. (finite element method), which has the high precision, high performance ��nd high steady characteristics. The machine’s perfect style, strong rigidity, lightweight ��nd close frame movable bridge structure, which  configured with the world famous high-quality specific 3-D CMM control system ��nd the world highest level self-owned intellectual property of DMIS6.0 software, makes it become the highly appreciated product by comparing with its competitive price ��nd high practical quality. It will meet customer’s challenging demand with a comprehensive measurement solution.
�a(ch��n)ƷҎ(gu��)�������C(j��)��BIntroduction of Basic Machine��
01���C(j��)�����Q��CNC654 ������(bi��o)�y(c��)���C(j��)
Model Name��CNC654 Coordinate Measuring Machine
02���y(c��)������Measuring range��500�L×600�L×400�L
03������d��Load capacity��2000kg�������c(di��n)��
CNCϵ�Мy(c��)���C(j��)���Ç�(gu��)�H���M(j��n)������Ԫ�����O(sh��)Ӌ(j��)������ʹ����ЙC(j��)е�Y(ji��)��(g��u)���ԏ�(qi��ng)���׺��`��С�����и߾��ȡ������ܺ͸߷�(w��n)���Եă�(y��u)�c(di��n)��
Adoption of advanced F.E.M. (finite element method) makes it have a strong rigidity, small geometry error, high precision, high performance ��nd high stability.
�C(j��)е���w�Y(ji��)��(g��u)���Ä��ԽY(ji��)��(g��u)�á��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)����Y(ji��)��(g��u)��(ji��n)�Ρ��o�������d�������\(y��n)��(d��ng)���ܺá�
The mechanical overall structure adopts strong rigidity, light weight ��nd close frame movable bridge structure, which is simple, compact ��nd has strong loaded capacity ��nd good moving performance                                                         
�̶���(y��u)�|(zh��)�����r�����_(t��i)��ʹ����г��d������(qi��ng)���bж���g��韡���ݡ�
Granite fixed workable ensures strong heavy load, expanse ��nd simplicity for assembly ��nd unassembly.
                                    Y��?q��)�܉������βʽ����λ���ȸߣ���(w��n)�����ܺá�
Y axis guideway adopts dove tail type, which has high precision ��nd good stability.                                  
���S���Ã�(y��u)�|(zh��)�����r������Ûϵ��(sh��)С�����S������ͬ�Ĝض����ԣ�����������õĜضȷ�(w��n)���ԡ�����(sh��)Ч׃�����������Ժá���(d��ng)�B(t��i)�׺��`��׃��С��
Three axis’s adoption of quality granite guarantees small coefficient in thermal expansion ��nd uniform temperature specialty so that it serves to excellent stability in temperature, good anti-transmogrification, strong rigidity ��nd small geometrical error in motion.
���S�������ԝ�ʽ�A(y��)�d�ɸ߾��ȿ՚��S�нM�ɵ��o���⸡ʽ��(d��o)܉���S�п��󣬿��ǔ[������(qi��ng)������С���oĥ�p���\(y��n)��(d��ng)��ƽ��(w��n)��
Three axis’s adoption of quiescent air pressure air-bearing guide way, comprised of air bearings which are self-cleaning, pre-loading ��nd high precision, guarantees the large span of bearings, strong anti-sways, small resistance, no abrasion ��nd stable motion
                                     �M�����þ���б���O(sh��)Ӌ(j��)���g(sh��)���ѫ@�������������p�����ĵ͡����ԏ�(qi��ng)����(d��ng)�B(t��i)�`��С���_���˙C(j��)���ķ�(w��n)����
Crossbeam’s adoption of precise designing technology of inclined girder (patent) guarantees the machine’s lightweight, low center of gravity, strong rigidity ��nd small error in motion so that the stability of the machine is strengthened.                                                              
���Ç�(gu��)���M(j��n)�ڷ���ʽ���َ�����Ӌ(j��)��ϵ�y(t��ng)���c�����(sh��)������������ğ���Ûϵ��(sh��)���_�������õ��؏�(f��)���ȡ�
Adoption of world famous reflecting metal tape measuring scale system, which has a close thermal expansion coefficient with most work piece ��nd assure a good repeatability.
�(q��)��(d��ng)ϵ�y(t��ng)���Ç�(gu��)�H֪��Ʒ�Ƶĸ�����ֱ���ŷ�늙C(j��)���X�Ύ�����(d��ng)�b�ã��_������(d��ng)����ݡ�������(zh��n)���\(y��n)��(d��ng)���ܸ��ѡ�
Drive system adopts world famous high performance DC servo drive system ��nd dentiform tape gearing, which guarantee the drive’s fastness, precision ��nd perfect movement.
Z�S���Ú��ƽ���b�ã��O��������Z�S�Ķ�λ���ȼ���(w��n)���ԡ�
Z-axis adopts cylinder equilibrator system, which improves orientation precision ��nd stability greatly for Z axis.
����ϵ�y(t��ng)�����W��֪������(bi��o)�y(c��)���C(j��)������(sh��)��ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)������λ�C(j��)ʽ���pӋ(j��)��C(j��)ϵ�y(t��ng)���Ķ��O������ϵ�y(t��ng)�Ŀɿ��ԺͿ��ɔ_�����������˾S�o(h��)�ɱ���
Control system adopts well-known exclusive Europe Internationally advanced up-down dual computers control system, which improves the system’s reliability ��nd anti-jamming capacity greatly.
ܛ�����þ��Ъ�(d��)��֪�R(sh��)�a(ch��n)��(qu��n)�ġ����܏�(qi��ng)���DMIS6.0�y(c��)��ܛ�����������ƵĜy(c��)�����ܺ�“(li��n)�C(j��)���ܣ����Ñ��ṩ�������Ĝy(c��)����Q������
Software adopts self-owned intellectual property ��nd strong function DMIS6.0 software. With its perfect measuring ��nd online function, it will meet customer’s challenging demand with a comprehensive measurement solution.

                          

������(bi��o)�y(c��)���C(j��)����CNC��(sh��)�أ������ϡ���λ�C(j��)ʽ�pӋ(j��)��C(j��)���Ƶ����M(j��n)������ÿ��ƌӺ͑�(y��ng)�ÌӪ�(d��)���\(y��n)�е�ԭ����ʹ������(bi��o)�y(c��)���C(j��)��CMM���ڸ�Ч�ʡ��߾��Ⱥ͸߷�(w��n)���Եȷ���O��؝M�����Ñ�������

CMM’s special CNC control adopts the advanced up-down dual computers control concept ��nd using the Control layer ��nd application layer stand-alone principle to largely satisfy the customers base it’s high efficiency��high-accuracy and high stability.���Ɔ�Ԫ���ŷ���Ԫ���ӿڰ��CPU����������һ��(g��)�o���ęC(j��)���(n��i)�����ɶȸߣ��p���˿���ϵ�y(t��ng)���ⲿ�B�������C��ϵ�y(t��ng)�Ŀɿ���(w��n)���ԡ�Control unit��servo unit��interface board ��nd CPU main board integrated into the compact housing to ensure the reliability ��nd stability of the system by reducing the external line of the control system..

��(du��)���c(di��n)�ȶ�N�\(y��n)��(d��ng)܉�E�ă�(y��u)��̎������ʹ�C(j��)�����\(y��n)��(d��ng)�����ٶȸ��졢��B(t��i)����(w��n)��Ч�ʸ��ߣ���(sh��)�F(xi��n)���w��܉�E�\(y��n)��(d��ng)��The optimization and management of movement trajectories, such as inflection point, can make the machine with faster speed��more steady condition��higher efficiency ��nd flying  trajectory movement.

��(n��i)�������B�m(x��)�\(y��n)��(d��ng)܉�E���a(b��)�㷨�����M(j��n)�Мy(c��)��܉�E�ă�(y��u)�����ϣ��ڶ��c(di��n)�B�m(x��)�\(y��n)��(d��ng)��·��Ҏ(gu��)���ϣ��ȿ�����ֱ��·���\(y��n)�У�Ҳ�����؈A��·���\(y��n)�У������ľ����ṩ�˶�N�x��ʽ��Internal advanced continuous trajectory interpolation algorithm can be measured trajectory optimization ��nd integration. In the multi-point continuous movement path planning, both can running along the straight path and the circular path. To provide variety options for programming.

����ϵ�y(t��ng)�����е��|�l(f��)ʽ�y(c��)�^ģ�M����y(c��)�^�y(c��)���Ē��蹦�ܲ��c(di��n)Ч�ʸߣ����˿��Ԍ�(sh��)�F(xi��n)��(du��)δ֪����������ĸ�ۙ����y(c��)��������������򹤳̕r(sh��)�����c(di��n)�IJɼ���Touch-trigger probe, which intimates the high point-picking efficiency of scan function, can realize tracking scan measurement of unknown curve ��nd accomplish curve point-picking of backward engineering.

                              ����ϵ�y(t��ng)���ö�N����ģʽ���ṩ��N��ȫ���Ϲ��ܣ����Ӱ�ȫ�ɿ�����(d��ng)ϵ�y(t��ng)�Д�����l(f��)���r(sh��)���t�܉��ژO�̕r(sh��)�g��(n��i)�ГQ������(y��ng)�İ�ȫģʽ�������й������\��m�e(cu��)���ܡ�The variety controlling modes ��nd safeguard functions make control system safer ��nd more reliable. The system can change to the safe mode within a short time when accident happens, ��nd it has fault self-diagnosis and error correction function.

��䌣�I(y��)���๦�ܲٿv�У��Пo���ٿv�к��о��ٿv�пɹ��x�����Ի��O(sh��)Ӌ(j��)�IJٿv�О��Ñ��ṩ�˲��ú����IJ����U�Ͱ��o��壬�����A�Sʽ�ٶȿ��ƣ����Пo��(j��)ʽ�ٶȿ��ƣ�ʹ�C(j��)�����Ƹ��Ӻ�(ji��n)�ݡ�ͬ�r(sh��)���и���(j��)����������(du��)�C(j��)����ͬλ���M(j��n)�в��������O(sh��)�õĹ��ܣ�ʹ�O(sh��)��IJ��������㡢형���Professional wireless controlling box ��nd wire controlling box for option, man-kindly design controlling box provides the joy sticker ��nd button board with reasonable layout for uses. Both step speed control ��nd stepless speed control to make the machine operate easily. In the meanwhile, it can change the operating direction according to the different position between operator ��nd machine to make the device operate more convenient and smooth.

                                              �(q��)��(d��ng)ϵ�y(t��ng)����ֱ���ŷ�늙C(j��)�(q��)��(d��ng)����ʹ늙C(j��)����(j��)��ͬҪ����T�����ٶȻ�S�����ٶ��\(y��n)��(d��ng)���_���C(j��)���\(y��n)��(d��ng)��B(t��i)���̶ȱ���ƽ��(w��n)��Driving system adopts DC servo motor driving can make the motor move according to T- curve speed or S-curve speed., ensure the machine move in a steady condition maximum.

                         ���Ѓ�(n��i)���ضȱO(ji��n)��ϵ�y(t��ng)��������Ƿ����Ƿ������r�Œ�(d��o)�¿���ϵ�y(t��ng)�p�ġ�Internal temperature monitoring system can avoid the control system being damaged from pressure or airstream shortage.

��N���x��ڣ��M�������O(sh��)�估���ܔU(ku��)չ������ariety optional interface can meet the needs of special devices ��nd functions extension.

����λ����Ϣ�����i���Ӳ����׽����ʹ�y(c��)���C(j��)ȡ�c(di��n)���ȸ��ߣ����c(di��n)�ٶȸ��졣With location information high-speed latch hardware capture device ensure the CMM points catching in higher precision ��nd faster speed.

����TCP/IP,RS232/RS422�ȶ�N�ӿڷ�ʽ�������cӋ(j��)��C(j��)“(li��n)�W(w��ng)�Լ��������O(sh��)��“(li��n)�ӡ�TCP/IP ��nd RS232/RS422 interface to achieve the PC networking ��nd other device connection.              

֧���|�l(f��)ʽ�����������ʽ����W(xu��)CCD�ȶ�N�y(c��)�^ϵ�y(t��ng)������RENISHAWȫϵ�Мy(c��)�^�B��ϵ�y(t��ng)�Ͷ�ҹ�˾�IJ�ͬ��̖(h��o)�Ĝy(c��)�^�a(ch��n)Ʒ�����ɷ��㌍(sh��)�F(xi��n)�T��h(hu��n)��픹�Դ߉݋�·�Ŀ��ơ�Support of multiple probe systems include touch-trigger probe, scanning probe, optical CCD probe, full series connected system of RENISHAW probe and other models probe of other companies, easy to achieve the logic circuit controlling such as top light source logic circuit.

����(g��)����ϵ�y(t��ng)���ϚW��늚ⰲȫ��(bi��o)��(zh��n)��

The whole control system is in conformity with European EC standard.

 

 

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�a(ch��n)Ʒ��(ji��n)��          CNCϵ��������(bi��o)�y(c��)���C(j��)�������x������һ��������(bi��o)�y(c��)���C(j��)�����Ç�(gu��)�H���M(j��n)������Ԫ���������O(sh��)Ӌ(j��)�ľ���б�����g(sh��)���ѫ@���������O(sh��)Ӌ(j��)�ϲ��Ä��Ժá��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)�����ԇ�(gu��)�H֪��Ʒ�Ƹ�����������(bi��o)�y(c��)���C(j��)���ÿ���ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)ˮƽ�ľ�������֪�R(sh��)�a(ch��n)��(qu��n)��DMIS6.0�y(c��)��ܛ������ʹ��ɞ�ͬC(j��)�����ԃr(ji��)���ஔ(d��ng)�ߵĮa(ch��n)Ʒ���䌢�M���������󣬞����ṩһ��(g��)���ƵĜy(c��)����Q������
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02���y(c��)������Measuring range��800�L×1000�L×600�L
03������d��Load capacity��2300kg
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►CNCϵ��������(bi��o)�y(c��)���C(j��)���Ç�(gu��)�H���M(j��n)������Ԫ�����O(sh��)Ӌ(j��)������ʹ����ЙC(j��)е�Y(ji��)��(g��u)���ԏ�(qi��ng)���׺��`��С�����и߾��ȡ������ܺ͸߷�(w��n)���Եă�(y��u)�c(di��n)��
Adoption of advanced F.E.M. (finite element method) makes it have a strong rigidity, small geometry error, high precision, high performance ��nd high stability.
�C(j��)е���w�Y(ji��)��(g��u)���Ä��ԽY(ji��)��(g��u)�á��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)����Y(ji��)��(g��u)��(ji��n)�Ρ��o�������d�������\(y��n)��(d��ng)���ܺá�
The mechanical overall structure adopts strong rigidity, light weight ��nd close frame movable bridge structure, which is simple, compact ��nd has strong loaded capacity ��nd good moving performance
�̶���(y��u)�|(zh��)�����r�����_(t��i)��ʹ����г��d������(qi��ng)���bж���g��韡���ݡ�
Granite fixed workable ensures strong heavy load, expanse ��nd simplicity for assembly ��nd unassembly.
Y��?q��)�܉������βʽ����λ���ȸߣ���(w��n)�����ܺá�
Y axis guideway adopts dove tail type, which has high precision ��nd good stability.
���S���Ã�(y��u)�|(zh��)�����r������Ûϵ��(sh��)С�����S������ͬ�Ĝض����ԣ�����������õĜضȷ�(w��n)���ԡ�����(sh��)Ч׃�����������Ժá���(d��ng)�B(t��i)�׺��`��׃��С��
Three axis’s adoption of quality granite guarantees small coefficient in thermal expansion ��nd uniform temperature specialty so that it serves to excellent stability in temperature, good anti-transmogrification, strong rigidity ��nd small geometrical error in motion.
���S�������ԝ�ʽ�A(y��)�d�ɸ߾��ȿ՚��S�нM�ɵ��o���⸡ʽ��(d��o)܉���S�п��󣬿��ǔ[������(qi��ng)������С���oĥ�p���\(y��n)��(d��ng)��ƽ��(w��n)��
Three axis’s adoption of quiescent air pressure air-bearing guide way, comprised of air bearings which are self-cleaning, pre-loading ��nd high precision, guarantees the large span of bearings, strong anti-sways, small resistance, no abrasion ��nd stable motion
�M�����þ���б���O(sh��)Ӌ(j��)���g(sh��)���ѫ@�������������p�����ĵ͡����ԏ�(qi��ng)����(d��ng)�B(t��i)�`��С���_���˙C(j��)���ķ�(w��n)����
Crossbeam’s adoption of precise designing technology of inclined girder (patent) guarantees the machine’s lightweight, low center of gravity, strong rigidity ��nd small error in motion so that the stability of the machine is strengthened.
���Ç�(gu��)���M(j��n)�ڷ���ʽ���َ�����Ӌ(j��)��ϵ�y(t��ng)���c�����(sh��)������������ğ���Ûϵ��(sh��)���_�������õ��؏�(f��)���ȡ�
Adoption of world famous reflecting metal tape measuring scale system, which has a close thermal expansion coefficient with most work piece ��nd assure a good repeatability.
�(q��)��(d��ng)ϵ�y(t��ng)���Ç�(gu��)�H֪��Ʒ�Ƶĸ�����ֱ���ŷ�늙C(j��)���X�Ύ�����(d��ng)�b�ã��_������(d��ng)����ݡ�������(zh��n)���\(y��n)��(d��ng)���ܸ��ѡ�
Drive system adopts world famous high performance DC servo drive system ��nd dentiform tape gearing, which guarantee the drive’s fastness, precision ��nd perfect movement.
Z�S���Ú��ƽ���b�ã��O��������Z�S�Ķ�λ���ȼ���(w��n)���ԡ�
Z-axis adopts cylinder equilibrator system, which improves orientation precision ��nd stability greatly for Z axis.
����ϵ�y(t��ng)�����W��֪������(bi��o)�y(c��)���C(j��)������(sh��)��ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)������λ�C(j��)ʽ���pӋ(j��)��C(j��)ϵ�y(t��ng)���Ķ��O������ϵ�y(t��ng)�Ŀɿ��ԺͿ��ɔ_�����������˾S�o(h��)�ɱ���
Control system adopts well-known exclusive Europe Internationally advanced up-down dual computers control system, which improves the system’s reliability ��nd anti-jamming capacity greatly.
ܛ�����þ��Ъ�(d��)��֪�R(sh��)�a(ch��n)��(qu��n)�ġ����܏�(qi��ng)���DMIS6.0�y(c��)��ܛ�����������ƵĜy(c��)�����ܺ�“(li��n)�C(j��)���ܣ����Ñ��ṩ�������Ĝy(c��)����Q������
Software adopts self-owned intellectual property ��nd strong function DMIS6.0 software. With its perfect measuring ��nd online function, it will meet customer’s challenging demand with a comprehensive measurement solution.
���g(sh��)ָ��(bi��o)Technical Index��
01��������(bi��o)�y(c��)���C(j��)�y(c��)�^ϵ�y(t��ng)/ Probe System��
RENISHAW �p���D(zhu��n)�ɷֶȜy(c��)�^ϵ�y(t��ng)manual double-rotary probe system
���g(sh��)����(sh��)Technique parameter���Б�(y��ng)����Sense direction ±X ±Y ��Z
�y(c��)�^���ֶșC(j��)��(g��u)Total angular movement��
�@ A�SA axis��ˮƽ�S�� ������90°��С����15° 0° to 90° in 15° steps
�@B�SB axis���U���S�� ����±180°��С����15° 0° to ±180° in 15° steps
���g�Total number of positions 168��(g��)
����Weight 210g                                  
02��������(bi��o)�y(c��)���C(j��)�y(c��)ᘽMRENISHAW Stylus Kit��mm����
�y(c��)ᘣ�mm��Stylus (mm)��
Ʒ����̖(h��o)Model
����Materials
�y(c��)��ֱ��
Ball Dia.
��(sh��)��
Quantity
RENISHAW
�t��ʯ�y(c��)��/���P䓗URuby ball styli/Stainless steel stem
2
2
RENISHAW
�t��ʯ�y(c��)��/���P䓗URuby ball styli/Stainless steel stem
3
2
RENISHAW
�t��ʯ�y(c��)��/���P䓗URuby ball styli/Stainless steel stem
4
1
�y(c��)ᘼ��L(zh��ng)�U��mm��Stylus Extension��mm����
Ʒ����̖(h��o)Model
����Materials
�L(zh��ng)��
Length
��(sh��)��Quantity
RENISHAW
���P䓗UStainless steel stem
20
1
RENISHAW
���P䓗UStainless steel stem
40
1
03����(zh��n)��Datum Tool��
��(bi��o)��(zh��n)��Datum BallΦ25���f������ 1��/set
04������ָ��(bi��o)Performance Data:
�L(zh��ng)��Ӌ(j��)��ϵ�y(t��ng)��Ӣ��(gu��)RENISHAW����ʽ���َ�����
Length Measuring System��reflection metal-tape grating scale.
�ֱ���Resolution�� 1mm��
�y(c��)������Measuring Range X×Y×Z: 800mm×1000mm×600mm
ʾֵ�`��Measuring Erro�� MPEE≤2.5��L/300mm
̽�y(c��)�`��Probing Error�� MPEP≤2.9mm
�h(hu��n)��Ҫ��Environment Requirement
01���� ��Temperature��20+2�� 1��/h 1��/m 2��/24h
02���� ��Humidity�� 40%-70%
03��� ԴPower Supply��220V+10%, 50HZ-60HZ
04���� ԴAir Supply��≥0.55MPa
 
�O(sh��)Ӌ(j��)Ҫ�c(di��n)1.������(bi��o)�y(c��)���C(j��)����ȫ�桢����׿Խ�������ԏ�(qi��ng)��������(bi��o)�y(c��)���C(j��)����CNC��(sh��)�أ������ϡ���λ�C(j��)ʽ�pӋ(j��)��C(j��)���Ƶ����M(j��n)������ÿ��ƌӺ͑�(y��ng)�ÌӪ�(d��)���\(y��n)�е�ԭ����ʹ������(bi��o)�y(c��)���C(j��)��CMM���ڸ�Ч�ʡ��߾��Ⱥ͸߷�(w��n)���Եȷ���O��؝M�����Ñ�������
Excellent functionality ��nd super powerful anti-interference ��CMM’s special CNC control adopts the advanced up-down dual computers control concept ��nd using the Control layer ��nd application layer stand-alone principle to largely satisfy the customers base it’s high efficiency��high-accuracy ��nd high stability.
2.������(bi��o)�y(c��)���C(j��)���Ɔ�Ԫ���ŷ���Ԫ���ӿڰ��CPU����������һ��(g��)�o���ęC(j��)���(n��i)�����ɶȸߣ��p���˿���ϵ�y(t��ng)���ⲿ�B�������C��ϵ�y(t��ng)�Ŀɿ���(w��n)���ԡ�
Control unit��servo unit��interface board ��nd CPU main board integrated into the compact housing to ensure the reliability ��nd stability of the system by reducing the external line of the control system..
3.������(bi��o)�y(c��)���C(j��)��(du��)���c(di��n)�ȶ�N�\(y��n)��(d��ng)܉�E�ă�(y��u)��̎������ʹ�C(j��)�����\(y��n)��(d��ng)�����ٶȸ��졢��B(t��i)����(w��n)��Ч�ʸ��ߣ���(sh��)�F(xi��n)���w��܉�E�\(y��n)��(d��ng)��
The optimization ��nd management of movement trajectories, such as inflection point, can make the machine with faster speed��more steady condition��higher efficiency ��nd flying trajectory movement.
4.������(bi��o)�y(c��)���C(j��)��(n��i)�������B�m(x��)�\(y��n)��(d��ng)܉�E���a(b��)�㷨�����M(j��n)�Мy(c��)��܉�E�ă�(y��u)�����ϣ��ڶ��c(di��n)�B�m(x��)�\(y��n)��(d��ng)��·��Ҏ(gu��)���ϣ��ȿ�����ֱ��·���\(y��n)�У�Ҳ�����؈A��·���\(y��n)�У������ľ����ṩ�˶�N�x��ʽ��
Internal advanced continuous trajectory interpolation algorithm can be measured trajectory optimization ��nd integration. In the multi-point continuous movement path planning, both can running along the straight path ��nd the circular path. To provide variety options for programming.
5.������(bi��o)�y(c��)���C(j��)����ϵ�y(t��ng)�����е��|�l(f��)ʽ�y(c��)�^ģ�M����y(c��)�^�y(c��)���Ē��蹦�ܲ��c(di��n)Ч�ʸߣ����˿��Ԍ�(sh��)�F(xi��n)��(du��)δ֪����������ĸ�ۙ����y(c��)��������������򹤳̕r(sh��)�����c(di��n)�IJɼ���
Touch-trigger probe, which intimates the high point-picking efficiency of scan function, can realize tracking scan measurement of unknown curve ��nd accomplish curve point-picking of backward engineering.
6.������(bi��o)�y(c��)���C(j��)����ϵ�y(t��ng)���ö�N����ģʽ���ṩ��N��ȫ���Ϲ��ܣ����Ӱ�ȫ�ɿ�����(d��ng)ϵ�y(t��ng)�Д�����l(f��)���r(sh��)���t�܉��ژO�̕r(sh��)�g��(n��i)�ГQ������(y��ng)�İ�ȫģʽ�������й������\��m�e(cu��)���ܡ�
The variety controlling modes ��nd safeguard functions make control system safer ��nd more reliable. The system can change to the safe mode within a short time when accident happens, ��nd it has fault self-diagnosis ��nd error correction function.
7.������(bi��o)�y(c��)���C(j��)��䌣�I(y��)���๦�ܲٿv�У��Пo���ٿv�к��о��ٿv�пɹ��x�����Ի��O(sh��)Ӌ(j��)�IJٿv�О��Ñ��ṩ�˲��ú����IJ����U�Ͱ��o��壬�����A�Sʽ�ٶȿ��ƣ����Пo��(j��)ʽ�ٶȿ��ƣ�ʹ�C(j��)�����Ƹ��Ӻ�(ji��n)�ݡ�ͬ�r(sh��)���и���(j��)����������(du��)�C(j��)����ͬλ���M(j��n)�в��������O(sh��)�õĹ��ܣ�ʹ�O(sh��)��IJ��������㡢형���
Professional wireless controlling box ��nd wire controlling box for option, man-kindly design controlling box provides the joy sticker ��nd button board with reasonable layout for uses. Both step speed control ��nd stepless speed control to make the machine operate easily. In the meanwhile, it can change the operating direction according to the different position between operator ��nd machine to make the device operate more convenient ��nd smooth.
8������(bi��o)�y(c��)���C(j��).�(q��)��(d��ng)ϵ�y(t��ng)����ֱ���ŷ�늙C(j��)�(q��)��(d��ng)����ʹ늙C(j��)����(j��)��ͬҪ����T�����ٶȻ�S�����ٶ��\(y��n)��(d��ng)���_���C(j��)���\(y��n)��(d��ng)��B(t��i)���̶ȱ���ƽ��(w��n)��
Driving system adopts DC servo motor driving can make the motor move according to T- curve speed or S-curve speed., ensure the machine move in a steady condition maximum.
9.������(bi��o)�y(c��)���C(j��)���Ѓ�(n��i)���ضȱO(ji��n)��ϵ�y(t��ng)��������Ƿ����Ƿ������r�Œ�(d��o)�¿���ϵ�y(t��ng)�p�ġ�
Internal temperature monitoring system can avoid the control system being damaged from pressure or airstream shortage.
10.��N���x��ڣ��M�������O(sh��)�估���ܔU(ku��)չ������
Variety optional interface can meet the needs of special devices ��nd functions extension.
11.����λ����Ϣ�����i���Ӳ����׽����ʹ�y(c��)���C(j��)ȡ�c(di��n)���ȸ��ߣ����c(di��n)�ٶȸ��졣
With location information high-speed latch hardware capture device ensure the CMM points catching in higher precision ��nd faster speed.
12.����TCP/IP,RS232/RS422�ȶ�N�ӿڷ�ʽ�������cӋ(j��)��C(j��)“(li��n)�W(w��ng)�Լ��������O(sh��)��“(li��n)�ӡ�
TCP/IP ��nd RS232/RS422 interface to achieve the PC networking ��nd other device connection.
13.������(bi��o)�y(c��)���C(j��)֧���|�l(f��)ʽ�����������ʽ����W(xu��)CCD�ȶ�N�y(c��)�^ϵ�y(t��ng)������RENISHAWȫϵ�Мy(c��)�^�B��ϵ�y(t��ng)�Ͷ�ҹ�˾�IJ�ͬ��̖(h��o)�Ĝy(c��)�^�a(ch��n)Ʒ�����ɷ��㌍(sh��)�F(xi��n)�T��h(hu��n)��픹�Դ߉݋�·�Ŀ��ơ�
Support of multiple probe systems include touch-trigger probe, scanning probe, optical CCD probe, full series connected system of RENISHAW probe ��nd other models probe of other companies, easy to achieve the logic circuit controlling such as top light source logic circuit.
14.������(bi��o)�y(c��)���C(j��)����(g��)����ϵ�y(t��ng)���ϚW��늚ⰲȫ��(bi��o)��(zh��n)��
The whole control system is in conformity with European EC standard.
5��������(bi��o)�y(c��)���C(j��)Ӌ(j��)��C(j��)ϵ�y(t��ng)Computer System
01�����ؙC(j��)Ӌ(j��)��C(j��)Computer �� CPU���p��Dual core 2G
����ϵ�y(t��ng)Operating System��Windows XP +SP2 ��(n��i)��Memory��1G
Ӳ�PHard disc��320G �@ ��Video Card��TNT/GERFORCE
�@���(q��)��(d��ng)���]ʹ�����°汾The drive of Video card recommended�� WINXP VERSION
�D�Ύ�(k��)Graphic Base��OPENGL������ϵ�y(t��ng)�ṩProvided by Operating System��
�@ʾ��Display�� 27″Һ���@ʾ��LCD display
02��������(bi��o)�y(c��)���C(j��)��·�B�Ӽ�Pneumatic connecting parts
�ܽ��^Cable connector SPCF-10-02+SBT-10-02 1��/set
�o���z���ÿ���Clipperφ16~φ25 1��/set
���Air cableφ10 1.5m
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CNCϵ��������(bi��o)�y(c��)���C(j��)�������x������һ��������(bi��o)�y(c��)���C(j��)�����Ç�(gu��)�H���M(j��n)������Ԫ���������O(sh��)Ӌ(j��)�ľ���б�����g(sh��)���ѫ@���������O(sh��)Ӌ(j��)�ϲ��Ä��Ժá��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)�����ԇ�(gu��)�H֪��Ʒ�Ƹ�����������(bi��o)���ÿ���ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)ˮƽ�ľ�������֪�R(sh��)�a(ch��n)��(qu��n)��DMIS6.0�y(c��)��ܛ������ʹ��ɞ�ͬC(j��)�����ԃr(ji��)���ஔ(d��ng)�ߵĮa(ch��n)Ʒ���䌢�M���������󣬞����ṩһ��(g��)���ƵĜy(c��)����Q������
CNC is new-generated CNC CMM with a mature ��nd word-class technology under mass production at shinrein . This machine has adopted precision slant girder technology (Patented) designed by advanced F.E.M. (finite element method), which has the high precision, high performance ��nd high steady characteristics. The machine’s perfect style, strong rigidity, lightweight ��nd close frame movable bridge structure, which  configured with the world famous high-quality specific 3-D CMM control system ��nd the world highest level self-owned intellectual property of DMIS6.0 software, makes it become the highly appreciated product by comparing with its competitive price ��nd high practical quality. It will meet customer’s challenging demand with a comprehensive measurement solution.
�a(ch��n)ƷҎ(gu��)�������C(j��)��BIntroduction of Basic Machine��
01���C(j��)�����Q��CNC654 ������(bi��o)�y(c��)���C(j��)
Model Name��CNC654 Coordinate Measuring Machine
02���y(c��)������Measuring range��500�L×600�L×400�L
03������d��Load capacity��2000kg�������c(di��n)��
CNCϵ�Мy(c��)���C(j��)���Ç�(gu��)�H���M(j��n)������Ԫ�����O(sh��)Ӌ(j��)������ʹ����ЙC(j��)е�Y(ji��)��(g��u)���ԏ�(qi��ng)���׺��`��С�����и߾��ȡ������ܺ͸߷�(w��n)���Եă�(y��u)�c(di��n)��
Adoption of advanced F.E.M. (finite element method) makes it have a strong rigidity, small geometry error, high precision, high performance ��nd high stability.
�C(j��)е���w�Y(ji��)��(g��u)���Ä��ԽY(ji��)��(g��u)�á��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)����Y(ji��)��(g��u)��(ji��n)�Ρ��o�������d�������\(y��n)��(d��ng)���ܺá�
The mechanical overall structure adopts strong rigidity, light weight ��nd close frame movable bridge structure, which is simple, compact ��nd has strong loaded capacity ��nd good moving performance                                                         
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Granite fixed workable ensures strong heavy load, expanse ��nd simplicity for assembly ��nd unassembly.
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Y axis guideway adopts dove tail type, which has high precision ��nd good stability.                                  
���S���Ã�(y��u)�|(zh��)�����r������Ûϵ��(sh��)С�����S������ͬ�Ĝض����ԣ�����������õĜضȷ�(w��n)���ԡ�����(sh��)Ч׃�����������Ժá���(d��ng)�B(t��i)�׺��`��׃��С��
Three axis’s adoption of quality granite guarantees small coefficient in thermal expansion ��nd uniform temperature specialty so that it serves to excellent stability in temperature, good anti-transmogrification, strong rigidity ��nd small geometrical error in motion.
���S�������ԝ�ʽ�A(y��)�d�ɸ߾��ȿ՚��S�нM�ɵ��o���⸡ʽ��(d��o)܉���S�п��󣬿��ǔ[������(qi��ng)������С���oĥ�p���\(y��n)��(d��ng)��ƽ��(w��n)��
Three axis’s adoption of quiescent air pressure air-bearing guide way, comprised of air bearings which are self-cleaning, pre-loading ��nd high precision, guarantees the large span of bearings, strong anti-sways, small resistance, no abrasion ��nd stable motion
                                     �M�����þ���б���O(sh��)Ӌ(j��)���g(sh��)���ѫ@�������������p�����ĵ͡����ԏ�(qi��ng)����(d��ng)�B(t��i)�`��С���_���˙C(j��)���ķ�(w��n)����
Crossbeam’s adoption of precise designing technology of inclined girder (patent) guarantees the machine’s lightweight, low center of gravity, strong rigidity ��nd small error in motion so that the stability of the machine is strengthened.                                                              
���Ç�(gu��)���M(j��n)�ڷ���ʽ���َ�����Ӌ(j��)��ϵ�y(t��ng)���c�����(sh��)������������ğ���Ûϵ��(sh��)���_�������õ��؏�(f��)���ȡ�
Adoption of world famous reflecting metal tape measuring scale system, which has a close thermal expansion coefficient with most work piece ��nd assure a good repeatability.
�(q��)��(d��ng)ϵ�y(t��ng)���Ç�(gu��)�H֪��Ʒ�Ƶĸ�����ֱ���ŷ�늙C(j��)���X�Ύ�����(d��ng)�b�ã��_������(d��ng)����ݡ�������(zh��n)���\(y��n)��(d��ng)���ܸ��ѡ�
Drive system adopts world famous high performance DC servo drive system ��nd dentiform tape gearing, which guarantee the drive’s fastness, precision ��nd perfect movement.
Z�S���Ú��ƽ���b�ã��O��������Z�S�Ķ�λ���ȼ���(w��n)���ԡ�
Z-axis adopts cylinder equilibrator system, which improves orientation precision ��nd stability greatly for Z axis.
����ϵ�y(t��ng)�����W��֪������(bi��o)�y(c��)���C(j��)������(sh��)��ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)������λ�C(j��)ʽ���pӋ(j��)��C(j��)ϵ�y(t��ng)���Ķ��O������ϵ�y(t��ng)�Ŀɿ��ԺͿ��ɔ_�����������˾S�o(h��)�ɱ���
Control system adopts well-known exclusive Europe Internationally advanced up-down dual computers control system, which improves the system’s reliability ��nd anti-jamming capacity greatly.
ܛ�����þ��Ъ�(d��)��֪�R(sh��)�a(ch��n)��(qu��n)�ġ����܏�(qi��ng)���DMIS6.0�y(c��)��ܛ�����������ƵĜy(c��)�����ܺ�“(li��n)�C(j��)���ܣ����Ñ��ṩ�������Ĝy(c��)����Q������
Software adopts self-owned intellectual property ��nd strong function DMIS6.0 software. With its perfect measuring ��nd online function, it will meet customer’s challenging demand with a comprehensive measurement solution.

                          

������(bi��o)�y(c��)���C(j��)����CNC��(sh��)�أ������ϡ���λ�C(j��)ʽ�pӋ(j��)��C(j��)���Ƶ����M(j��n)������ÿ��ƌӺ͑�(y��ng)�ÌӪ�(d��)���\(y��n)�е�ԭ����ʹ������(bi��o)�y(c��)���C(j��)��CMM���ڸ�Ч�ʡ��߾��Ⱥ͸߷�(w��n)���Եȷ���O��؝M�����Ñ�������

CMM’s special CNC control adopts the advanced up-down dual computers control concept ��nd using the Control layer ��nd application layer stand-alone principle to largely satisfy the customers base it’s high efficiency��high-accuracy and high stability.���Ɔ�Ԫ���ŷ���Ԫ���ӿڰ��CPU����������һ��(g��)�o���ęC(j��)���(n��i)�����ɶȸߣ��p���˿���ϵ�y(t��ng)���ⲿ�B�������C��ϵ�y(t��ng)�Ŀɿ���(w��n)���ԡ�Control unit��servo unit��interface board ��nd CPU main board integrated into the compact housing to ensure the reliability ��nd stability of the system by reducing the external line of the control system..

��(du��)���c(di��n)�ȶ�N�\(y��n)��(d��ng)܉�E�ă�(y��u)��̎������ʹ�C(j��)�����\(y��n)��(d��ng)�����ٶȸ��졢��B(t��i)����(w��n)��Ч�ʸ��ߣ���(sh��)�F(xi��n)���w��܉�E�\(y��n)��(d��ng)��The optimization and management of movement trajectories, such as inflection point, can make the machine with faster speed��more steady condition��higher efficiency ��nd flying  trajectory movement.

��(n��i)�������B�m(x��)�\(y��n)��(d��ng)܉�E���a(b��)�㷨�����M(j��n)�Мy(c��)��܉�E�ă�(y��u)�����ϣ��ڶ��c(di��n)�B�m(x��)�\(y��n)��(d��ng)��·��Ҏ(gu��)���ϣ��ȿ�����ֱ��·���\(y��n)�У�Ҳ�����؈A��·���\(y��n)�У������ľ����ṩ�˶�N�x��ʽ��Internal advanced continuous trajectory interpolation algorithm can be measured trajectory optimization ��nd integration. In the multi-point continuous movement path planning, both can running along the straight path and the circular path. To provide variety options for programming.

����ϵ�y(t��ng)�����е��|�l(f��)ʽ�y(c��)�^ģ�M����y(c��)�^�y(c��)���Ē��蹦�ܲ��c(di��n)Ч�ʸߣ����˿��Ԍ�(sh��)�F(xi��n)��(du��)δ֪����������ĸ�ۙ����y(c��)��������������򹤳̕r(sh��)�����c(di��n)�IJɼ���Touch-trigger probe, which intimates the high point-picking efficiency of scan function, can realize tracking scan measurement of unknown curve ��nd accomplish curve point-picking of backward engineering.

                              ����ϵ�y(t��ng)���ö�N����ģʽ���ṩ��N��ȫ���Ϲ��ܣ����Ӱ�ȫ�ɿ�����(d��ng)ϵ�y(t��ng)�Д�����l(f��)���r(sh��)���t�܉��ژO�̕r(sh��)�g��(n��i)�ГQ������(y��ng)�İ�ȫģʽ�������й������\��m�e(cu��)���ܡ�The variety controlling modes ��nd safeguard functions make control system safer ��nd more reliable. The system can change to the safe mode within a short time when accident happens, ��nd it has fault self-diagnosis and error correction function.

��䌣�I(y��)���๦�ܲٿv�У��Пo���ٿv�к��о��ٿv�пɹ��x�����Ի��O(sh��)Ӌ(j��)�IJٿv�О��Ñ��ṩ�˲��ú����IJ����U�Ͱ��o��壬�����A�Sʽ�ٶȿ��ƣ����Пo��(j��)ʽ�ٶȿ��ƣ�ʹ�C(j��)�����Ƹ��Ӻ�(ji��n)�ݡ�ͬ�r(sh��)���и���(j��)����������(du��)�C(j��)����ͬλ���M(j��n)�в��������O(sh��)�õĹ��ܣ�ʹ�O(sh��)��IJ��������㡢형���Professional wireless controlling box ��nd wire controlling box for option, man-kindly design controlling box provides the joy sticker ��nd button board with reasonable layout for uses. Both step speed control ��nd stepless speed control to make the machine operate easily. In the meanwhile, it can change the operating direction according to the different position between operator ��nd machine to make the device operate more convenient and smooth.

                                              �(q��)��(d��ng)ϵ�y(t��ng)����ֱ���ŷ�늙C(j��)�(q��)��(d��ng)����ʹ늙C(j��)����(j��)��ͬҪ����T�����ٶȻ�S�����ٶ��\(y��n)��(d��ng)���_���C(j��)���\(y��n)��(d��ng)��B(t��i)���̶ȱ���ƽ��(w��n)��Driving system adopts DC servo motor driving can make the motor move according to T- curve speed or S-curve speed., ensure the machine move in a steady condition maximum.

                         ���Ѓ�(n��i)���ضȱO(ji��n)��ϵ�y(t��ng)��������Ƿ����Ƿ������r�Œ�(d��o)�¿���ϵ�y(t��ng)�p�ġ�Internal temperature monitoring system can avoid the control system being damaged from pressure or airstream shortage.

��N���x��ڣ��M�������O(sh��)�估���ܔU(ku��)չ������ariety optional interface can meet the needs of special devices ��nd functions extension.

����λ����Ϣ�����i���Ӳ����׽����ʹ�y(c��)���C(j��)ȡ�c(di��n)���ȸ��ߣ����c(di��n)�ٶȸ��졣With location information high-speed latch hardware capture device ensure the CMM points catching in higher precision ��nd faster speed.

����TCP/IP,RS232/RS422�ȶ�N�ӿڷ�ʽ�������cӋ(j��)��C(j��)“(li��n)�W(w��ng)�Լ��������O(sh��)��“(li��n)�ӡ�TCP/IP ��nd RS232/RS422 interface to achieve the PC networking ��nd other device connection.              

֧���|�l(f��)ʽ�����������ʽ����W(xu��)CCD�ȶ�N�y(c��)�^ϵ�y(t��ng)������RENISHAWȫϵ�Мy(c��)�^�B��ϵ�y(t��ng)�Ͷ�ҹ�˾�IJ�ͬ��̖(h��o)�Ĝy(c��)�^�a(ch��n)Ʒ�����ɷ��㌍(sh��)�F(xi��n)�T��h(hu��n)��픹�Դ߉݋�·�Ŀ��ơ�Support of multiple probe systems include touch-trigger probe, scanning probe, optical CCD probe, full series connected system of RENISHAW probe and other models probe of other companies, easy to achieve the logic circuit controlling such as top light source logic circuit.

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The whole control system is in conformity with European EC standard.

 

 

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�a(ch��n)Ʒ��(ji��n)��:                                                                                   ���C(j��)����Description of the basic machine��
CNCϵ��������(bi��o)�y(c��)���C(j��)�������x������һ��������(bi��o)�y(c��)���C(j��)�����Ç�(gu��)�H���M(j��n)������Ԫ���������O(sh��)Ӌ(j��)�ľ���б�����g(sh��)���ѫ@���������O(sh��)Ӌ(j��)�ϲ��Ä��Ժá��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)�����ԇ�(gu��)�H֪��Ʒ�Ƹ�����������(bi��o)���ÿ���ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)ˮƽ�ľ�������֪�R(sh��)�a(ch��n)��(qu��n)��DMIS6.0�y(c��)��ܛ������ʹ��ɞ�ͬC(j��)�����ԃr(ji��)���ஔ(d��ng)�ߵĮa(ch��n)Ʒ���䌢�M���������󣬞����ṩһ��(g��)���ƵĜy(c��)����Q������
CNC is new-generated CNC CMM with a mature ��nd word-class technology under mass production at shinrein . This machine has adopted precision slant girder technology (Patented) designed by advanced F.E.M. (finite element method), which has the high precision, high performance ��nd high steady characteristics. The machine’s perfect style, strong rigidity, lightweight ��nd close frame movable bridge structure, which  configured with the world famous high-quality specific 3-D CMM control system ��nd the world highest level self-owned intellectual property of DMIS6.0 software, makes it become the highly appreciated product by comparing with its competitive price ��nd high practical quality. It will meet customer’s challenging demand with a comprehensive measurement solution.
�a(ch��n)ƷҎ(gu��)�������C(j��)��BIntroduction of Basic Machine��
01���C(j��)�����Q��CNC654 ������(bi��o)�y(c��)���C(j��)
Model Name��CNC654 Coordinate Measuring Machine
02���y(c��)������Measuring range��500�L×600�L×400�L
03������d��Load capacity��2000kg�������c(di��n)��
CNCϵ�Мy(c��)���C(j��)���Ç�(gu��)�H���M(j��n)������Ԫ�����O(sh��)Ӌ(j��)������ʹ����ЙC(j��)е�Y(ji��)��(g��u)���ԏ�(qi��ng)���׺��`��С�����и߾��ȡ������ܺ͸߷�(w��n)���Եă�(y��u)�c(di��n)��
Adoption of advanced F.E.M. (finite element method) makes it have a strong rigidity, small geometry error, high precision, high performance ��nd high stability.
�C(j��)е���w�Y(ji��)��(g��u)���Ä��ԽY(ji��)��(g��u)�á��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)����Y(ji��)��(g��u)��(ji��n)�Ρ��o�������d�������\(y��n)��(d��ng)���ܺá�
The mechanical overall structure adopts strong rigidity, light weight ��nd close frame movable bridge structure, which is simple, compact ��nd has strong loaded capacity ��nd good moving performance                                                         
�̶���(y��u)�|(zh��)�����r�����_(t��i)��ʹ����г��d������(qi��ng)���bж���g��韡���ݡ�
Granite fixed workable ensures strong heavy load, expanse ��nd simplicity for assembly ��nd unassembly.
                                    Y��?q��)�܉������βʽ����λ���ȸߣ���(w��n)�����ܺá�
Y axis guideway adopts dove tail type, which has high precision ��nd good stability.                                  
���S���Ã�(y��u)�|(zh��)�����r������Ûϵ��(sh��)С�����S������ͬ�Ĝض����ԣ�����������õĜضȷ�(w��n)���ԡ�����(sh��)Ч׃�����������Ժá���(d��ng)�B(t��i)�׺��`��׃��С��
Three axis’s adoption of quality granite guarantees small coefficient in thermal expansion ��nd uniform temperature specialty so that it serves to excellent stability in temperature, good anti-transmogrification, strong rigidity ��nd small geometrical error in motion.
���S�������ԝ�ʽ�A(y��)�d�ɸ߾��ȿ՚��S�нM�ɵ��o���⸡ʽ��(d��o)܉���S�п��󣬿��ǔ[������(qi��ng)������С���oĥ�p���\(y��n)��(d��ng)��ƽ��(w��n)��
Three axis’s adoption of quiescent air pressure air-bearing guide way, comprised of air bearings which are self-cleaning, pre-loading ��nd high precision, guarantees the large span of bearings, strong anti-sways, small resistance, no abrasion ��nd stable motion
                                     �M�����þ���б���O(sh��)Ӌ(j��)���g(sh��)���ѫ@�������������p�����ĵ͡����ԏ�(qi��ng)����(d��ng)�B(t��i)�`��С���_���˙C(j��)���ķ�(w��n)����
Crossbeam’s adoption of precise designing technology of inclined girder (patent) guarantees the machine’s lightweight, low center of gravity, strong rigidity ��nd small error in motion so that the stability of the machine is strengthened.                                                              
���Ç�(gu��)���M(j��n)�ڷ���ʽ���َ�����Ӌ(j��)��ϵ�y(t��ng)���c�����(sh��)������������ğ���Ûϵ��(sh��)���_�������õ��؏�(f��)���ȡ�
Adoption of world famous reflecting metal tape measuring scale system, which has a close thermal expansion coefficient with most work piece ��nd assure a good repeatability.
�(q��)��(d��ng)ϵ�y(t��ng)���Ç�(gu��)�H֪��Ʒ�Ƶĸ�����ֱ���ŷ�늙C(j��)���X�Ύ�����(d��ng)�b�ã��_������(d��ng)����ݡ�������(zh��n)���\(y��n)��(d��ng)���ܸ��ѡ�
Drive system adopts world famous high performance DC servo drive system ��nd dentiform tape gearing, which guarantee the drive’s fastness, precision ��nd perfect movement.
Z�S���Ú��ƽ���b�ã��O��������Z�S�Ķ�λ���ȼ���(w��n)���ԡ�
Z-axis adopts cylinder equilibrator system, which improves orientation precision ��nd stability greatly for Z axis.
����ϵ�y(t��ng)�����W��֪������(bi��o)�y(c��)���C(j��)������(sh��)��ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)������λ�C(j��)ʽ���pӋ(j��)��C(j��)ϵ�y(t��ng)���Ķ��O������ϵ�y(t��ng)�Ŀɿ��ԺͿ��ɔ_�����������˾S�o(h��)�ɱ���
Control system adopts well-known exclusive Europe Internationally advanced up-down dual computers control system, which improves the system’s reliability ��nd anti-jamming capacity greatly.
ܛ�����þ��Ъ�(d��)��֪�R(sh��)�a(ch��n)��(qu��n)�ġ����܏�(qi��ng)���DMIS6.0�y(c��)��ܛ�����������ƵĜy(c��)�����ܺ�“(li��n)�C(j��)���ܣ����Ñ��ṩ�������Ĝy(c��)����Q������
Software adopts self-owned intellectual property ��nd strong function DMIS6.0 software. With its perfect measuring ��nd online function, it will meet customer’s challenging demand with a comprehensive measurement solution.

                          

������(bi��o)�y(c��)���C(j��)����CNC��(sh��)�أ������ϡ���λ�C(j��)ʽ�pӋ(j��)��C(j��)���Ƶ����M(j��n)������ÿ��ƌӺ͑�(y��ng)�ÌӪ�(d��)���\(y��n)�е�ԭ����ʹ������(bi��o)�y(c��)���C(j��)��CMM���ڸ�Ч�ʡ��߾��Ⱥ͸߷�(w��n)���Եȷ���O��؝M�����Ñ�������

CMM’s special CNC control adopts the advanced up-down dual computers control concept ��nd using the Control layer ��nd application layer stand-alone principle to largely satisfy the customers base it’s high efficiency��high-accuracy and high stability.���Ɔ�Ԫ���ŷ���Ԫ���ӿڰ��CPU����������һ��(g��)�o���ęC(j��)���(n��i)�����ɶȸߣ��p���˿���ϵ�y(t��ng)���ⲿ�B�������C��ϵ�y(t��ng)�Ŀɿ���(w��n)���ԡ�Control unit��servo unit��interface board ��nd CPU main board integrated into the compact housing to ensure the reliability ��nd stability of the system by reducing the external line of the control system..

��(du��)���c(di��n)�ȶ�N�\(y��n)��(d��ng)܉�E�ă�(y��u)��̎������ʹ�C(j��)�����\(y��n)��(d��ng)�����ٶȸ��졢��B(t��i)����(w��n)��Ч�ʸ��ߣ���(sh��)�F(xi��n)���w��܉�E�\(y��n)��(d��ng)��The optimization and management of movement trajectories, such as inflection point, can make the machine with faster speed��more steady condition��higher efficiency ��nd flying  trajectory movement.

��(n��i)�������B�m(x��)�\(y��n)��(d��ng)܉�E���a(b��)�㷨�����M(j��n)�Мy(c��)��܉�E�ă�(y��u)�����ϣ��ڶ��c(di��n)�B�m(x��)�\(y��n)��(d��ng)��·��Ҏ(gu��)���ϣ��ȿ�����ֱ��·���\(y��n)�У�Ҳ�����؈A��·���\(y��n)�У������ľ����ṩ�˶�N�x��ʽ��Internal advanced continuous trajectory interpolation algorithm can be measured trajectory optimization ��nd integration. In the multi-point continuous movement path planning, both can running along the straight path and the circular path. To provide variety options for programming.

����ϵ�y(t��ng)�����е��|�l(f��)ʽ�y(c��)�^ģ�M����y(c��)�^�y(c��)���Ē��蹦�ܲ��c(di��n)Ч�ʸߣ����˿��Ԍ�(sh��)�F(xi��n)��(du��)δ֪����������ĸ�ۙ����y(c��)��������������򹤳̕r(sh��)�����c(di��n)�IJɼ���Touch-trigger probe, which intimates the high point-picking efficiency of scan function, can realize tracking scan measurement of unknown curve ��nd accomplish curve point-picking of backward engineering.

                              ����ϵ�y(t��ng)���ö�N����ģʽ���ṩ��N��ȫ���Ϲ��ܣ����Ӱ�ȫ�ɿ�����(d��ng)ϵ�y(t��ng)�Д�����l(f��)���r(sh��)���t�܉��ژO�̕r(sh��)�g��(n��i)�ГQ������(y��ng)�İ�ȫģʽ�������й������\��m�e(cu��)���ܡ�The variety controlling modes ��nd safeguard functions make control system safer ��nd more reliable. The system can change to the safe mode within a short time when accident happens, ��nd it has fault self-diagnosis and error correction function.

��䌣�I(y��)���๦�ܲٿv�У��Пo���ٿv�к��о��ٿv�пɹ��x�����Ի��O(sh��)Ӌ(j��)�IJٿv�О��Ñ��ṩ�˲��ú����IJ����U�Ͱ��o��壬�����A�Sʽ�ٶȿ��ƣ����Пo��(j��)ʽ�ٶȿ��ƣ�ʹ�C(j��)�����Ƹ��Ӻ�(ji��n)�ݡ�ͬ�r(sh��)���и���(j��)����������(du��)�C(j��)����ͬλ���M(j��n)�в��������O(sh��)�õĹ��ܣ�ʹ�O(sh��)��IJ��������㡢형���Professional wireless controlling box ��nd wire controlling box for option, man-kindly design controlling box provides the joy sticker ��nd button board with reasonable layout for uses. Both step speed control ��nd stepless speed control to make the machine operate easily. In the meanwhile, it can change the operating direction according to the different position between operator ��nd machine to make the device operate more convenient and smooth.

                                              �(q��)��(d��ng)ϵ�y(t��ng)����ֱ���ŷ�늙C(j��)�(q��)��(d��ng)����ʹ늙C(j��)����(j��)��ͬҪ����T�����ٶȻ�S�����ٶ��\(y��n)��(d��ng)���_���C(j��)���\(y��n)��(d��ng)��B(t��i)���̶ȱ���ƽ��(w��n)��Driving system adopts DC servo motor driving can make the motor move according to T- curve speed or S-curve speed., ensure the machine move in a steady condition maximum.

                         ���Ѓ�(n��i)���ضȱO(ji��n)��ϵ�y(t��ng)��������Ƿ����Ƿ������r�Œ�(d��o)�¿���ϵ�y(t��ng)�p�ġ�Internal temperature monitoring system can avoid the control system being damaged from pressure or airstream shortage.

��N���x��ڣ��M�������O(sh��)�估���ܔU(ku��)չ������ariety optional interface can meet the needs of special devices ��nd functions extension.

����λ����Ϣ�����i���Ӳ����׽����ʹ�y(c��)���C(j��)ȡ�c(di��n)���ȸ��ߣ����c(di��n)�ٶȸ��졣With location information high-speed latch hardware capture device ensure the CMM points catching in higher precision ��nd faster speed.

����TCP/IP,RS232/RS422�ȶ�N�ӿڷ�ʽ�������cӋ(j��)��C(j��)“(li��n)�W(w��ng)�Լ��������O(sh��)��“(li��n)�ӡ�TCP/IP ��nd RS232/RS422 interface to achieve the PC networking ��nd other device connection.              

֧���|�l(f��)ʽ�����������ʽ����W(xu��)CCD�ȶ�N�y(c��)�^ϵ�y(t��ng)������RENISHAWȫϵ�Мy(c��)�^�B��ϵ�y(t��ng)�Ͷ�ҹ�˾�IJ�ͬ��̖(h��o)�Ĝy(c��)�^�a(ch��n)Ʒ�����ɷ��㌍(sh��)�F(xi��n)�T��h(hu��n)��픹�Դ߉݋�·�Ŀ��ơ�Support of multiple probe systems include touch-trigger probe, scanning probe, optical CCD probe, full series connected system of RENISHAW probe and other models probe of other companies, easy to achieve the logic circuit controlling such as top light source logic circuit.

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The whole control system is in conformity with European EC standard.

 

 

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�a(ch��n)Ʒ��(ji��n)��:                                                                                   ���C(j��)����Description of the basic machine��
CNCϵ��������(bi��o)�y(c��)���C(j��)�������x������һ��������(bi��o)�y(c��)���C(j��)�����Ç�(gu��)�H���M(j��n)������Ԫ���������O(sh��)Ӌ(j��)�ľ���б�����g(sh��)���ѫ@���������O(sh��)Ӌ(j��)�ϲ��Ä��Ժá��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)�����ԇ�(gu��)�H֪��Ʒ�Ƹ�����������(bi��o)���ÿ���ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)ˮƽ�ľ�������֪�R(sh��)�a(ch��n)��(qu��n)��DMIS6.0�y(c��)��ܛ������ʹ��ɞ�ͬC(j��)�����ԃr(ji��)���ஔ(d��ng)�ߵĮa(ch��n)Ʒ���䌢�M���������󣬞����ṩһ��(g��)���ƵĜy(c��)����Q������
CNC is new-generated CNC CMM with a mature ��nd word-class technology under mass production at shinrein . This machine has adopted precision slant girder technology (Patented) designed by advanced F.E.M. (finite element method), which has the high precision, high performance ��nd high steady characteristics. The machine’s perfect style, strong rigidity, lightweight ��nd close frame movable bridge structure, which  configured with the world famous high-quality specific 3-D CMM control system ��nd the world highest level self-owned intellectual property of DMIS6.0 software, makes it become the highly appreciated product by comparing with its competitive price ��nd high practical quality. It will meet customer’s challenging demand with a comprehensive measurement solution.
�a(ch��n)ƷҎ(gu��)�������C(j��)��BIntroduction of Basic Machine��
01���C(j��)�����Q��CNC654 ������(bi��o)�y(c��)���C(j��)
Model Name��CNC654 Coordinate Measuring Machine
02���y(c��)������Measuring range��500�L×600�L×400�L
03������d��Load capacity��2000kg�������c(di��n)��
CNCϵ�Мy(c��)���C(j��)���Ç�(gu��)�H���M(j��n)������Ԫ�����O(sh��)Ӌ(j��)������ʹ����ЙC(j��)е�Y(ji��)��(g��u)���ԏ�(qi��ng)���׺��`��С�����и߾��ȡ������ܺ͸߷�(w��n)���Եă�(y��u)�c(di��n)��
Adoption of advanced F.E.M. (finite element method) makes it have a strong rigidity, small geometry error, high precision, high performance ��nd high stability.
�C(j��)е���w�Y(ji��)��(g��u)���Ä��ԽY(ji��)��(g��u)�á��|(zh��)���p��ȫ���]����Ƅ�(d��ng)��ʽ�Y(ji��)��(g��u)����Y(ji��)��(g��u)��(ji��n)�Ρ��o�������d�������\(y��n)��(d��ng)���ܺá�
The mechanical overall structure adopts strong rigidity, light weight ��nd close frame movable bridge structure, which is simple, compact ��nd has strong loaded capacity ��nd good moving performance                                                         
�̶���(y��u)�|(zh��)�����r�����_(t��i)��ʹ����г��d������(qi��ng)���bж���g��韡���ݡ�
Granite fixed workable ensures strong heavy load, expanse ��nd simplicity for assembly ��nd unassembly.
                                    Y��?q��)�܉������βʽ����λ���ȸߣ���(w��n)�����ܺá�
Y axis guideway adopts dove tail type, which has high precision ��nd good stability.                                  
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Three axis’s adoption of quality granite guarantees small coefficient in thermal expansion ��nd uniform temperature specialty so that it serves to excellent stability in temperature, good anti-transmogrification, strong rigidity ��nd small geometrical error in motion.
���S�������ԝ�ʽ�A(y��)�d�ɸ߾��ȿ՚��S�нM�ɵ��o���⸡ʽ��(d��o)܉���S�п��󣬿��ǔ[������(qi��ng)������С���oĥ�p���\(y��n)��(d��ng)��ƽ��(w��n)��
Three axis’s adoption of quiescent air pressure air-bearing guide way, comprised of air bearings which are self-cleaning, pre-loading ��nd high precision, guarantees the large span of bearings, strong anti-sways, small resistance, no abrasion ��nd stable motion
                                     �M�����þ���б���O(sh��)Ӌ(j��)���g(sh��)���ѫ@�������������p�����ĵ͡����ԏ�(qi��ng)����(d��ng)�B(t��i)�`��С���_���˙C(j��)���ķ�(w��n)����
Crossbeam’s adoption of precise designing technology of inclined girder (patent) guarantees the machine’s lightweight, low center of gravity, strong rigidity ��nd small error in motion so that the stability of the machine is strengthened.                                                              
���Ç�(gu��)���M(j��n)�ڷ���ʽ���َ�����Ӌ(j��)��ϵ�y(t��ng)���c�����(sh��)������������ğ���Ûϵ��(sh��)���_�������õ��؏�(f��)���ȡ�
Adoption of world famous reflecting metal tape measuring scale system, which has a close thermal expansion coefficient with most work piece ��nd assure a good repeatability.
�(q��)��(d��ng)ϵ�y(t��ng)���Ç�(gu��)�H֪��Ʒ�Ƶĸ�����ֱ���ŷ�늙C(j��)���X�Ύ�����(d��ng)�b�ã��_������(d��ng)����ݡ�������(zh��n)���\(y��n)��(d��ng)���ܸ��ѡ�
Drive system adopts world famous high performance DC servo drive system ��nd dentiform tape gearing, which guarantee the drive’s fastness, precision ��nd perfect movement.
Z�S���Ú��ƽ���b�ã��O��������Z�S�Ķ�λ���ȼ���(w��n)���ԡ�
Z-axis adopts cylinder equilibrator system, which improves orientation precision ��nd stability greatly for Z axis.
����ϵ�y(t��ng)�����W��֪������(bi��o)�y(c��)���C(j��)������(sh��)��ϵ�y(t��ng)�����Ї�(gu��)�H���M(j��n)������λ�C(j��)ʽ���pӋ(j��)��C(j��)ϵ�y(t��ng)���Ķ��O������ϵ�y(t��ng)�Ŀɿ��ԺͿ��ɔ_�����������˾S�o(h��)�ɱ���
Control system adopts well-known exclusive Europe Internationally advanced up-down dual computers control system, which improves the system’s reliability ��nd anti-jamming capacity greatly.
ܛ�����þ��Ъ�(d��)��֪�R(sh��)�a(ch��n)��(qu��n)�ġ����܏�(qi��ng)���DMIS6.0�y(c��)��ܛ�����������ƵĜy(c��)�����ܺ�“(li��n)�C(j��)���ܣ����Ñ��ṩ�������Ĝy(c��)����Q������
Software adopts self-owned intellectual property ��nd strong function DMIS6.0 software. With its perfect measuring ��nd online function, it will meet customer’s challenging demand with a comprehensive measurement solution.

                          

������(bi��o)�y(c��)���C(j��)����CNC��(sh��)�أ������ϡ���λ�C(j��)ʽ�pӋ(j��)��C(j��)���Ƶ����M(j��n)������ÿ��ƌӺ͑�(y��ng)�ÌӪ�(d��)���\(y��n)�е�ԭ����ʹ������(bi��o)�y(c��)���C(j��)��CMM���ڸ�Ч�ʡ��߾��Ⱥ͸߷�(w��n)���Եȷ���O��؝M�����Ñ�������

CMM’s special CNC control adopts the advanced up-down dual computers control concept ��nd using the Control layer ��nd application layer stand-alone principle to largely satisfy the customers base it’s high efficiency��high-accuracy and high stability.���Ɔ�Ԫ���ŷ���Ԫ���ӿڰ��CPU����������һ��(g��)�o���ęC(j��)���(n��i)�����ɶȸߣ��p���˿���ϵ�y(t��ng)���ⲿ�B�������C��ϵ�y(t��ng)�Ŀɿ���(w��n)���ԡ�Control unit��servo unit��interface board ��nd CPU main board integrated into the compact housing to ensure the reliability ��nd stability of the system by reducing the external line of the control system..

��(du��)���c(di��n)�ȶ�N�\(y��n)��(d��ng)܉�E�ă�(y��u)��̎������ʹ�C(j��)�����\(y��n)��(d��ng)�����ٶȸ��졢��B(t��i)����(w��n)��Ч�ʸ��ߣ���(sh��)�F(xi��n)���w��܉�E�\(y��n)��(d��ng)��The optimization and management of movement trajectories, such as inflection point, can make the machine with faster speed��more steady condition��higher efficiency ��nd flying  trajectory movement.

��(n��i)�������B�m(x��)�\(y��n)��(d��ng)܉�E���a(b��)�㷨�����M(j��n)�Мy(c��)��܉�E�ă�(y��u)�����ϣ��ڶ��c(di��n)�B�m(x��)�\(y��n)��(d��ng)��·��Ҏ(gu��)���ϣ��ȿ�����ֱ��·���\(y��n)�У�Ҳ�����؈A��·���\(y��n)�У������ľ����ṩ�˶�N�x��ʽ��Internal advanced continuous trajectory interpolation algorithm can be measured trajectory optimization ��nd integration. In the multi-point continuous movement path planning, both can running along the straight path and the circular path. To provide variety options for programming.

����ϵ�y(t��ng)�����е��|�l(f��)ʽ�y(c��)�^ģ�M����y(c��)�^�y(c��)���Ē��蹦�ܲ��c(di��n)Ч�ʸߣ����˿��Ԍ�(sh��)�F(xi��n)��(du��)δ֪����������ĸ�ۙ����y(c��)��������������򹤳̕r(sh��)�����c(di��n)�IJɼ���Touch-trigger probe, which intimates the high point-picking efficiency of scan function, can realize tracking scan measurement of unknown curve ��nd accomplish curve point-picking of backward engineering.

                              ����ϵ�y(t��ng)���ö�N����ģʽ���ṩ��N��ȫ���Ϲ��ܣ����Ӱ�ȫ�ɿ�����(d��ng)ϵ�y(t��ng)�Д�����l(f��)���r(sh��)���t�܉��ژO�̕r(sh��)�g��(n��i)�ГQ������(y��ng)�İ�ȫģʽ�������й������\��m�e(cu��)���ܡ�The variety controlling modes ��nd safeguard functions make control system safer ��nd more reliable. The system can change to the safe mode within a short time when accident happens, ��nd it has fault self-diagnosis and error correction function.

��䌣�I(y��)���๦�ܲٿv�У��Пo���ٿv�к��о��ٿv�пɹ��x�����Ի��O(sh��)Ӌ(j��)�IJٿv�О��Ñ��ṩ�˲��ú����IJ����U�Ͱ��o��壬�����A�Sʽ�ٶȿ��ƣ����Пo��(j��)ʽ�ٶȿ��ƣ�ʹ�C(j��)�����Ƹ��Ӻ�(ji��n)�ݡ�ͬ�r(sh��)���и���(j��)����������(du��)�C(j��)����ͬλ���M(j��n)�в��������O(sh��)�õĹ��ܣ�ʹ�O(sh��)��IJ��������㡢형���Professional wireless controlling box ��nd wire controlling box for option, man-kindly design controlling box provides the joy sticker ��nd button board with reasonable layout for uses. Both step speed control ��nd stepless speed control to make the machine operate easily. In the meanwhile, it can change the operating direction according to the different position between operator ��nd machine to make the device operate more convenient and smooth.

                                              �(q��)��(d��ng)ϵ�y(t��ng)����ֱ���ŷ�늙C(j��)�(q��)��(d��ng)����ʹ늙C(j��)����(j��)��ͬҪ����T�����ٶȻ�S�����ٶ��\(y��n)��(d��ng)���_���C(j��)���\(y��n)��(d��ng)��B(t��i)���̶ȱ���ƽ��(w��n)��Driving system adopts DC servo motor driving can make the motor move according to T- curve speed or S-curve speed., ensure the machine move in a steady condition maximum.

                         ���Ѓ�(n��i)���ضȱO(ji��n)��ϵ�y(t��ng)��������Ƿ����Ƿ������r�Œ�(d��o)�¿���ϵ�y(t��ng)�p�ġ�Internal temperature monitoring system can avoid the control system being damaged from pressure or airstream shortage.

��N���x��ڣ��M�������O(sh��)�估���ܔU(ku��)չ������ariety optional interface can meet the needs of special devices ��nd functions extension.

����λ����Ϣ�����i���Ӳ����׽����ʹ�y(c��)���C(j��)ȡ�c(di��n)���ȸ��ߣ����c(di��n)�ٶȸ��졣With location information high-speed latch hardware capture device ensure the CMM points catching in higher precision ��nd faster speed.

����TCP/IP,RS232/RS422�ȶ�N�ӿڷ�ʽ�������cӋ(j��)��C(j��)“(li��n)�W(w��ng)�Լ��������O(sh��)��“(li��n)�ӡ�TCP/IP ��nd RS232/RS422 interface to achieve the PC networking ��nd other device connection.              

֧���|�l(f��)ʽ�����������ʽ����W(xu��)CCD�ȶ�N�y(c��)�^ϵ�y(t��ng)������RENISHAWȫϵ�Мy(c��)�^�B��ϵ�y(t��ng)�Ͷ�ҹ�˾�IJ�ͬ��̖(h��o)�Ĝy(c��)�^�a(ch��n)Ʒ�����ɷ��㌍(sh��)�F(xi��n)�T��h(hu��n)��픹�Դ߉݋�·�Ŀ��ơ�Support of multiple probe systems include touch-trigger probe, scanning probe, optical CCD probe, full series connected system of RENISHAW probe and other models probe of other companies, easy to achieve the logic circuit controlling such as top light source logic circuit.

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The whole control system is in conformity with European EC standard.

 

 

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