Vertical Machining Center

We operate high-performance Vertical Machining Centers (VMC) to complement our cylindrical turning capabilities. While our lathes handle the main roller bodies, this machining center specializes in the high-precision milling of complex, prismatic components. It allows us to provide a complete "one-stop" manufacturing solution for everything from heavy-duty caster brackets to precision bearing housings and custom composite plates.

Technical Specifications

Our machining centers are designed for high-speed, multi-axis precision across a wide variety of industrial materials:

• Machining Tolerance: ± 0.01mm (Micron-level accuracy).
• Maximum Work Area: 800mm x 1200mm (X/Y Axis travel).
• Material Versatility: * Metals: Aluminum, Copper, Stainless Steel, Iron.

1. Advanced Composites: Carbon Fiber plates, Bakelite (Phenolic resin).
2. Engineering Plastics: PC (Polycarbonate), ABS, and other high-performance polymers.

Manufacturing Advantages

By integrating advanced VMC technology into our production line, we offer enhanced flexibility and precision for your mechanical assemblies:

• Complex Geometry Processing: We specialize in the precision milling of non-cylindrical parts, including bearing blocks, mounting flanges, and custom caster rigs. The high-rigidity spindle ensures that complex 3D geometries are executed with absolute fidelity to your technical drawings.
• Superior Material Adaptability: Our workshop is equipped to handle both ultra-hard metals and delicate composite/plastic materials. Whether it’s high-strength iron for industrial caster forks or lightweight carbon fiber for specialized roller components, we provide the correct tooling for a clean, burr-free finish.
• High-Efficiency "Done-in-One" Milling: With an automatic tool changer (ATC) and high-speed spindle, we perform drilling, tapping, and surface milling in a single continuous process. This drastically reduces production lead times and ensures perfect hole alignment for assembly.
• Assembly-Ready Precision: Maintaining a strict ± 0.01mm tolerance across large work surfaces ensures that every component—from the smallest gasket to the largest mounting plate—fits perfectly into your final machine assembly, eliminating the need for manual adjustment.