Securing Optimal Gear Profile Design Technology through Mathematical Modeling | Having programming and simulation technology required for precision processing | Having a new type of gear and manufacturing through innovation |
- Mathematical model of Tooth Profile based on gear theory - Optimal design for low noise/low vibration in addition to mathematical modelling - Optimization design based on the analysis technology of gears |
- Precision processing by 5-axis CNC machine Tool - Improved machining precision by simplifying tool geometry - Self-Development of Three-Dimensional Measurement Program for the Gear Tooth Profile - Ultra-precision machining by application of optimal tool path planning |
- Development of the mirror-surface finishing process, which can break the limits of traditional performance of gears - The invention of a new parallel-axial power transfer gear based on cross-axial Hourglass worm gear |