This work therefore further elucidate the fundamental design criterion for machine tool clamping forces and the sustainable manufacture of its components. The mode of operation and performance of the SCFC were simulated in the FluidSIM® software, and the validated results was presented on Festo workstation. The proposed strategy is based on dynamic machine loading in which the impact of applied forces were monitored to optimize the clamping control system of the machine tool. They are provided as ISO-Images and can be burned to CD. The installation media contains the simulation program and the corresponding didactic materials.
An overview with all changes since version 4.0 you can find in our version history. It provides careful handling of workpiece and prevent it from damage and as well optimizes the forward movement of the cylinder. The update is not suitable for special versions of FluidSIM as Meclab, Leonardo or NTSC. The speed of the clamp is reduced using the inlet flow control throttle valve and a magnetic proximity switch (MPS). The purpose of the study is to adjust the forward movement of the clamp and reduce the damage caused by the clamp on the workpiece, this depends on the material of the work-piece. This work proposes a novel clamping strategy for workpieces with the aid of SCFC. The EasyEDA app is a free online PCB design tool tha. It has been ascertained that work-holding of different workpiece materials and shapes during machining operation is one of the problems encountered during CNC milling machining operations. EasyEDA latest version: A free program for Windows, by easyeda.
A Smart Clamping Force Control (SCFC) is adapted to hold sensitive workpiece using magnetic proximity switch during a machining operation on the CNC machine tool.
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