振镜电机GALVANOMETER

电机结构Motor Structure

单轴振镜电机包含高精度传感器和基于移动磁铁技术的电机部分。电机转子经过优化设计,有极佳的动态属性和响应特性,此外,电机具有高刚性和低摩擦的特点。另外通过运动学和动力学仿真，针对每个电机都匹配了-定惯量的镜片。

The single-axis galvanometer motor contains a high-precision sensor and a motor part based on moving magnet technology. The motorrotor is optimized for excellent dynamic properties and response characteristics. In addition, the motor features high rigidity and low fric-tion. Moreover, each motor is matched to a certain inertia mirror through the kinematics and dynamics simulation.

光电振镜Ultra-Galvo

用光电传感器作为反馈系统的振镜，特点是有较高的重复精度和线性度，而且性价比极高。

Configured photoelectric sensor as feedback, it has very high repeatability and linearity with high performance to cost ratio.

光栅振镜Extra-Galvo

用光栅编码器作为反馈系统的振镜，对比光电振镜，具有更高的位置解析度、更好的重复性和更低的漂移,即使在环境温度变化的条件下，也保持较好的重复性。

Configured grating encoder as feedback, it has higher position resolution, better repeatability and lower drift compared with photoelectricgalvanometer. Even if under change of the ambient temperature, it maintains stable repeatabilty.

传感器对比 Sensor Comparison

外形尺寸图 Technical Drawing