High Performance 5 Axis CNC Machine for Aluminum

Features:

• Robust Construction: The RBT boasts a fixed-beam gantry design, providing exceptional stability and rigidity during high-speed machining. Its cast iron structural components are topology optimized to ensure maximum stability and damping in the force flow.

• Advanced 5-Axis Kinematics: Equipped with a swivel head (C-axis) capable of ±540° rotation and a rotary table (B-axis) with ±120° movement, this machining center facilitates complex geometries and intricate part machining with unparalleled precision.

• High-Performance Spindle: The machine features a powerful spindle with options ranging from 5.5 kW to 20 kW, accommodating various cutting requirements. The spindle operates at speeds up to 24,000 RPM, ensuring efficient material removal rates and superior surface finishes.

• Generous Work Envelope: With X, Y, and Z-axis travels of 1200 mm, 1200 mm, and 600 mm respectively, the RB-F5-1212-Z06 accommodates a wide range of workpiece sizes, enhancing versatility in production.

• Precision Motion Components: The machine utilizes high-precision ball screws and linear roller guides across all axes, driven by cooled drives or drive flanges, ensuring smooth and accurate movements. Direct, absolute measuring systems with low positional tolerance further enhance machining accuracy.

• User-Friendly Control System: Integrated with the Taiwan Syntec control system, the RB-F5-1212-Z06 offers intuitive operation and supports complex programming, streamlining the machining process.

• Efficient Chip Management: Designed with free chip fall and a wide central chip conveyor, the machine ensures rapid and efficient chip removal, maintaining a clean work environment and reducing downtime.

• Compact Footprint: Despite its advanced capabilities, the machining center maintains a compact design with dimensions of L2700 mm × W2600 mm × H2300 mm, optimizing floor space utilization

  
  

Applications:

The RB-F5-1212-Z06 is ideal for precision machining of light alloys, making it suitable for:

• Aerospace Components: Manufacturing complex parts with tight tolerances.

• Automotive Parts: Producing intricate components requiring high precision.

• Mold Making: Crafting detailed molds with superior surface finishes.