5 axis Gantry Machining Center for Light Alloy

RBT Gantry Machining Center: High-Precision Solutions for Mold and Aluminum Cutting

Discover the cutting-edge RBT Gantry Machining Center, a game-changer in precision machining. Designed for industries such as aerospace, mold manufacturing, and aluminum processing, this machine delivers exceptional stability, speed, and accuracy to meet the most demanding production needs.

Why Choose RBT Gantry Machining Center for Precision Tasks?

1. Advanced One-Piece Structural Design

RBT’s gantry machining center integrates the worktable and columns into a single structure, ensuring unmatched stability during operation. The compact box-type design fits seamlessly into limited spaces, making it ideal for workshops of any size.

2. High-Speed, Accurate Motion

• X-Axis Precision: Dual direct-driven servo motors with linear scales ensure exceptional accuracy and reliable high-speed performance.

• Z-Axis Efficiency: A direct-driven servo motor eliminates mechanical errors, reduces power consumption, and enhances overall performance.

• Impressive Feed Rates: Achieves rapid traverse speeds up to 24 m/min and cutting feed rates of 24,000 mm/min for unparalleled productivity.

3. Superior Spindle Technology

The direct-driven spindle operates at 15,000 rpm, minimizing noise, vibration, and backlash. This ensures precise, high-speed cutting with an impeccable surface finish, making it perfect for intricate aluminum and mold machining tasks.

4. User-Friendly Design

• Ergonomic Features: Low table height, wide doors, and an accessible operating zone make machine operation effortless.

• Efficient Chip Removal: A standard chain-type chip conveyor effectively handles iron chips, keeping the workspace clean and reducing downtime.

Engineered for Durability: Advanced Bed Frame Technology

1. High-Strength Materials

Constructed from Q235 rectangular tubes with 10mm wall thickness, the bed frame delivers outstanding rigidity and durability for heavy-duty operations.

2. Reinforced Stability

Key stress points feature reinforcement plates, while 20mm thick connection plates enhance load-bearing capacity under heavy workloads.

3. Stress Management and Vibration Relief

• Finite Element Analysis (FEA): Optimized design ensures the bed frame can withstand practical stress conditions.

• Heat Treatment: Relieves residual stresses to prevent deformation and improve fatigue life.

• Vibration Aging Treatment: Stabilizes the material’s microstructure, enhancing resistance to wear and deformation over time.

  
  

  

• Aerospace Industry: Achieve precision in aluminum component machining with smooth, high-speed operations.

• Mold Manufacturing: Produce intricate and accurate molds with the direct-driven spindle’s high RPM performance.

• General Precision Machining: Ideal for industries requiring consistent, reliable results at high production speeds.

• Plastic materials: ABS, PVc,PC, PP, PS, PE