Bridge Type Machining Centers

SIRIUS-2500 are large bridge-type vertical machining centers with precision feed drive and high-performance spindle. These machining centers provide a total solution from tool selection to product completion-making them ideal for your extra-size mold applications where quality is essential.

• 8,000 rpm or 12,000 rpm high-speed spindles to choose from
• Oil-jet cooled motor-integrated spindle (30/25 kW) (built-in motor spindle)
• Stroke (X/Y/Z): 3,100 (4,000) / 2,300 / 900 mm
• X axis: Roller LM Guide; Y and Z axes: box way (standard)
• Bilateral gate structure for rigid machine structure

SIRIUS-1750 are large bridge-type vertical machining centers with precision feed drive and high-performance spindle. These machining centers provide a total solution from tool selection to product completion-making them ideal for your extra-size mold applications where quality is essential.

• 12,000 rpm or 15,000 rpm high-speed spindles to choose from
• Oil-jet cooled motor-integrated spindle (30/25 kW)
• Stroke (X/Y/Z): 3,000/1,750/800 mm
• Linear Guide for all axes
• FEM analysis frame design

SIRIUS-1350 is a precision machining center specialized for medium to large size mold & die production. With Hwacheon's unique machining software built in, it provides a geometrical accuracy that satisfy every customer with improved productivity. It is especially suited for high quality mold machining which requires a superb surface finish like machining "Head Light Bezel".

SIRIUS-1250 are large bridge-type vertical machining centers with precision feed drive and high-performance spindle. These machining centers provide a total solution from tool selection to product completion-making them ideal for your extra-size mold applications where quality is essential.

- 8000rpm or 12000rpm high-speed spindles to choose from
- Oil-jet cooled motor-integrated spindle (30/25 kW) (built-in motor spindle)
- Stroke (X/Y/Z): 2,500/1,250/750 mm
- High rigid box way design for all axes; air-levitation system
- FEM analysis frame design