Calibration and calibration were once a major problem for parallel motion machine tools. The EXECON parallel motion machine tool technology has a unique calibration system that makes it possible to measure the true position of the spindle of the lower platform of the Exechon parallel motion machine. And can calibrate, verify all the parameters of the upper tripod and can transmit the parameters to the motion model. This is the first time in the world that a parallel kinematics machine has the ability to behave like a real CNC machine in all error compensation. This system is called AMC (Active Measurement Compensation). It is to machine the machine tool into different positions in the space by reconverting the angle between the tripod leg (actuator) and the lower platform to the actual Cartesian coordinate position. Then put these data into the database, recalculate and complete the error of the entire machine motion system.
Axkine parallel motion machines also have a real-time simulation system (ILP) that can run a simulation machine under the real drive of the CNC controller under actual motion conditions. It can check the workpiece program relative to the actual workpiece and the actual NC program, not just "check" the simulation relative to the virtual machine and workpiece program. This is the first time in the world that the actual controller of the NC machine tool has passed the axis data of the actual drive to run its own program on the screen in real time.
The combination of AMC and ILP will open up a new world in the CNC machine tool industry.