Products Trunnion Twin System

Twin System

Aerospace · Automotive · Die & Mold

The HSC-2 SPINDLES is a compact high-speed milling machine featuring a fixed-bed, traveling-column configuration with a dual spindle. Engineered using Finite Element Method (FEM) analysis, its structure delivers high rigidity and effective vibration damping. Combined with low friction and high axis acceleration, it provides excellent dynamic performance in finishing operations while maintaining high efficiency in roughing, reducing total cycle times and machining costs.

HSC-2 Spindles

The HSC-2 SPINDLES is a compact, clean-lined high-speed milling machine featuring a fixed-bed, traveling-column configuration with dual spindles. Engineered using Finite Element Method (FEM) analysis, the structure provides exceptional rigidity and vibration damping. Combined with low friction and high axis acceleration, it delivers superior dynamic performance in finishing operations while maintaining high efficiency in roughing, significantly optimizing overall cycle time and machining costs.

Longitudinal travel	1,100 mm
Cross travel	650 mm
Vertical travel	500 mm
Feeds	0 – 28,000 mm/min
Brushless AC spindle motor	29 / 30 / 41 kW

TWIN-800

The TWIN-800 is a compact, clean-lined high-speed milling machine featuring a fixed-bed, traveling-column configuration with a patented dual working area. Engineered using Finite Element Method (FEM) analysis, the structure provides exceptional rigidity and vibration damping. Combined with low friction and high axis acceleration, it delivers superior dynamic performance in finishing operations while maintaining high efficiency in roughing, significantly optimizing overall cycle time and machining costs.

Longitudinal travel	800 + 800 mm (dual work area)
Cross travel	650 mm
Vertical travel	500 mm
Feeds	0 – 60,000 mm/min
Brushless AC spindle motor	29 – 41 kW

TWIN-SPLIT

The TWIN-SPLIT is a compact, clean-lined high-speed milling machine featuring a fixed-bed, traveling-column configuration with a patented dual working area. Engineered using Finite Element Method (FEM) analysis, the structure provides exceptional rigidity and vibration damping. Combined with low friction and high axis acceleration, it delivers superior dynamic performance in finishing operations while maintaining high efficiency in roughing, significantly optimizing overall cycle time and machining costs.

Longitudinal travel	1,050 + 1,050 mm (dual work area)
Cross travel	650 mm
Vertical travel	700 mm
Feeds	0 – 60,000 mm/min
Brushless AC spindle motor	29 – 41 kW