Chevalier’s R&D team used precision analysis to design a rigid machine structure that incorporates a traveling column to effectively improve stability for high grinding efficiency and reliable machining accuracy.
To prevent vibration and ensure machining accuracy, the high-strength rigid design is built to withstand the maximum force caused by deformation.
By analyzing processing requirements and experience, we optimized the machine’s structural integrity to ensure high performance.
The SMART iControl’s conversational programming eliminates complicated programming codes and computing force enhances the HMI (Human Machine Interface) for greater precision.
The FMG-B1224 easily adapts to future needs for job shops, medical, automotive, semiconductor and aerospace.
Max. grinding length-longitudinal: 610 mm (24”); Max. grinding width-crosswisw 305 mm (12”);
Distance between table to spindle centerline 590 mm (23.2”); Max. table loading 420 kg (926 lbs.).
Control system: SMART iControl (PC based) with HMI and iMCS networking connectivity for impoved production.
Table size: 300 x 600 mm (11.8” x 23.6”); Table speed: 0~25,000 mm/min (0~82 fpm);
Max. table travel: 710 mm (28”).
Ballscrew and servo motor drive: 3-Axes; Sprindle motor: 11 kW (15 HP)