Femoral condyle sander station
產品參數：
- 設備名稱
- External dimensions
- Weight
- Total power
- Operating power
- Voltage
- Air pressure
產品詳情
Control system
1. Using PC-Based motion controller, torque control, position control, speed control accuracy is good.
2. As the servo motor and linear motor are used to drive, PC-Based control is omnipotent and digital control is realized. The setting of constant force is digital, which greatly improves the precision of constant force control.
3.PC-Based communication protocol of Ether CAT is adopted to carry out unified and rapid transmission and management of sensors, robots, servo drivers, actuators, etc., to improve the stability and accuracy of the system.
4. The PC-Based controller is formed into a grinding and polishing process package, which solves the technical requirements of the grinding process and improves the process of the grinding industry.
5, the system response speed is fast, can achieve a variety of control algorithms, the system control precision is high.
Software and plug-ins
1. Grinding software - to achieve digital control of the cutting thickness of the casting skin.
2. Sanding belt automatic tensioning software -- to achieve digital control of sanding belt tensioning force.
3. Sand belt speed compensation and position compensation software - achieve the relative consistency of sand belt loss cutting force and cutting amount.
4. Sand belt automatic correction software - Due to the deviation of the sand belt operation and the deviation caused by the force, the software can make the sand belt always maintain a stable operation drive.
5. Force/bit compound control.
floating mode
1. The linear servo motor is used for floating mode, the high-precision magnetic grid ruler is used for position feedback, and the position processing after grinding deviation is made in real time. The real-time composite control processing of position and constant force mode is used to control the motion requirements of the floating power well.
2. Position and constant force composite algorithm software, position control accuracy of ±0.01mm, constant force accuracy ≤±7N.
