Synthesis Error Modeling and Thermal Error Compensation of Five-Axis Machining Center

Xiu Shan Wang; Jian Guo Yang; Qian Jian Guo

doi:10.4028/www.scientific.net/MSF.532-533.49

Paper Titles

Development of a Fast Tool Servo for Ultraprecision Turning
p.33

Microstructure and Mechanical Properties of Nano-Scale Al₂O₃ Toughened Ti (C,N) Matrix Cermet Tool Materials
p.37

Effects of Additives and CBN Grit Size on the Machinability of PCBN Tools
p.41

Influence of Cutter’s Helix Angle, Workpiece Hardness, Milling Orientation, and MQL in High-Speed Side Milling of AISI D2
p.45

Synthesis Error Modeling and Thermal Error Compensation of Five-Axis Machining Center
p.49

Research on the Inverse Dynamics of the Flexible Multi-Body Systems for the Hybrid Polishing Kinematics Machine Tool
p.53

Diamond Turning of Special Stainless Steel by Applying Ultrasonic Vibration with Gas Shield
p.57

Study on Surface Topography and Tribological Characteristics Finished by Abrasive Jet with Grinding Wheel as Restraint
p.61

Research on the Microfluidics Control Method Based on the EOF Technology
p.65

HomeMaterials Science ForumMaterials Science Forum Vols. 532-533Synthesis Error Modeling and Thermal Error...

Synthesis Error Modeling and Thermal Error Compensation of Five-Axis Machining Center

Abstract:

The synthesis error model of UCP710 five-axis machining center is divided into two parts: the position and orientation error models, and the article gets their models which are used as real-time compensation. One data collector system of thermal displacement and temperature is developed and used as real-time compensation for UCP710. The results of thermal error compensation have proved that the error model is correct and collector system works well.