Core Machine Architecture

Model：GM-V855
Design Philosophy：Balancing rigidity, speed, and precision for aerospace, automotive, and mold/die industries.

Key Performance Highlights

1. High-Speed Precision Machining

• Spindle Options:

  • Standard: 10,000/12,000 RPM (BT40 taper, 7.5kW motor)

  • Drive Flexibility: Belt drive for torque-intensive jobs / Direct drive for high-speed finishing

• Rapid Traverse: 48 m/min (X/Y/Z) – Ideal for thin-walled aerospace components and rapid prototyping.

• Accuracy:

  • Positioning: ±0.005/300mm (ISO 10791-1 compliant)

  • Repeatability: ±0.005/300mm

2. Mission-Ready Tool Management

• 24-Tool Automatic Magazine:

  • Max tool weight: 15 kg

  • Max tool length: 300 mm

  • Tool diameter: 200 mm (full tool) / Adjacent tool clearance optimized

• Optional Upgrades:

  • Automatic tool measurement (laser/contact probe)

  • 4th axis rotary table for complex contours

3. Industrial-Grade Structural Integrity

• Cast Iron Bed: Vibration-damped design with 5,100 kg total weight ensures stability during heavy cutting.

• Direct-Drive Motors: X/Y/Z axes powered by 2/2/3 kW motors for high torque and minimal backlash.

Smart Configuration Options

Tailor the V855 to Your Production Needs:

Why Engineers Choose V855?

Scenario 1: Aerospace Turbine Blade Production

• Challenge: Thin-wall deformation in titanium alloys

• V855 Solution:

  • 12,000 RPM direct-drive spindle + 48 m/min rapid traverse reduces thermal stress

  • ±0.005mm repeatability ensures blade profile consistency

Scenario 2: Automotive Die & Mold Manufacturing

• Challenge: Multi-surface hardening steel machining

• V855 Solution:

  • 7.5kW belt-drive spindle delivers 450 N·m torque at low RPM

  • HIWIN 45mm Y/Z-axis guides handle interrupted cuts