点击图片查看大图• 先进的全铝技术，横梁与Z轴采用表面硬质阳极化航空铝合金，温度一致性极佳；
并降低了运动部件的重量和测量机在高速运行时的惯性，保证高速高精度；
• 三轴导轨均采用高精度自洁式空气轴承，运动更平稳，导轨永不受磨损
• 三轴均采用高精度欧洲进口光栅尺，系统分辨率可达0.078um；
同时采用一端固定，一端自由伸缩的方式安装，减少了光栅尺的变形，保证在温度变化时的线性伸缩
• X向采用精密60°三角梁专利技术，相比矩形横梁，重心更低，质量刚性比最佳，运动更加可靠
• Y轴采用整体燕尾式导轨，在降低机器重量的同时，有效消除了运动扭摆，保证了测量精度和稳定性
• Z向采取获得专利的气动平衡技术，采用柔性悬挂系统，避免了轴向运动和传动系统之间的干涉问题，
提高了测量机的精度和长期稳定性
• 各运动轴均采用直流伺服驱动+增强型同步带，确保运动的平稳和准确定位
• 采用海克斯康为Croma专业打造的IDC-Ⅰ控制系统，21项误差空间修正技术和自动调谐功能，保证了机器的动态性能和测量精度
• 软件为业界标杆的PC-DMIS BASIC (PC-DMIS PREMIUM)，功能强大，易学高效
规格型号与技术指标:
设备特点Main features：
u 横梁与Z轴采用表面阳极化航空铝合金，温度一致性极佳；并降低了运动部件的质量，减少测量机在高速运行时的惯性
Cross beam ａnd Axis Z are made of surface-anodized aerometal to improve thermal stability ａnd reduce moving mass for faster setting.
u 三轴导轨均采用高精度自洁式空气轴承，运动更平稳，导轨永不受磨损
High-precision self-cleaning air bearing is used on guideways of all the three axes with permanently wear-resistance ａnd optimized kinematics movement.
u 三轴均采用高精度瑞士进口光栅尺，系统分辨率可达0.078um；同时采用柔性镶嵌技术，减少了光栅尺的变形
All the three axes are equipped with the high-precision optical scales of German Heidenhain which make the system resolution reach up to 0.078um. And the Installation method of one end fixed ａnd the other end freely extensible reduces deformation of optical sales.
u Y轴采用整体燕尾式导轨，在降低机器重量的同时，有效消除了运动扭摆，保证了测量精度和稳定性
Patented precision-machined dovetail guideway in Axis Y not only have lightened the machine weight but improved torsional stability, CMM’s accuracy ａnd stability.
u 各运动轴均采用直流伺服驱动，确保运动的平稳和准确
All machine axes are driven by DC servomotor to ensure CMM’s stability ａnd accuracy.
u X向采用精密三角梁专利技术，相比矩形梁和横梁，重心更低，质量刚性比最佳，运动更加可靠
X beam has adopted the patented ultra rigid “Tricision ®” technology, with the result of lower center of gravity, better mass-rigidity ratio ａnd more reliable motion than rectangular ａnd cross beams.
u 软件为业界标杆的PC-DMIS BASIC (/PC-DMIS PREMIUM)，功能强大，易学高效
Powerful, easy-to-learn ａnd efficient PC-DMIS BASIC (/PC-DMIS PREMIUM) software.
u 采用海克斯康为Croma专业打造的IDC-Ⅰ控制系统，提高了机器的动态性能和测量精度
IDC-I control system specially designed by HEXAGON for Croma CMMs improves the dynamic performance ａnd measuring accuracy.
