Industry Pain Points

Large workpiece dimensions, high machining difficulty in aluminum and titanium alloys; complex curved cavities with stringent dimensional tolerances; heavy single-piece weight requiring high-load-bearing worktables; repeated clamping easily introduces machining errors.

Zhuoyue Recommended Models

Main Equipment: GMC2016 Heavy-Duty Gantry Machining Center; Supporting Equipment: VMC1580 Long-Stroke Vertical Machining Center

Core Advantages of the Solution

1. The GMC2016 is equipped with a BT50 heavy-duty belt-driven spindle, with a maximum torque of 6000 rpm, suitable for heavy cutting of titanium alloys; the worktable has a maximum load capacity of 4000 kg, capable of supporting large workpieces such as aerospace panels and fuselage frames.

2. Three-axis pre-tensioned precision ball screws, with a positioning accuracy of 0.01 mm and a repeatability of 0.008 mm, meeting the micron-level tolerance standards of the aerospace industry.

3. X/Y/Z three-axis travel of 2000/1700/800mm, enabling multi-process machining of large workpieces in a single clamping, reducing assembly and disassembly errors.

4. Optional FANUC or Mitsubishi high-end CNC systems, supporting five-axis simultaneous programming for complex curved surfaces, suitable for machining aerospace irregular structural parts.

Implementation Benefits

Workpiece clamping steps reduced by 40%, machining scrap rate reduced by 25%, stably supporting large-volume production of large parts for overseas aerospace component suppliers.