Used OKUMA L250‖-E Bevel Lathe For Professional Precision For Sale

A Bevel lathe for Professional Precision designed for professional precision is an advanced machine tool that specializes in machining beveled edges on a variety of workpieces with the highest level of accuracy and fine craftsmanship. This specialized lathe is crucial in industries that demand exacting standards for beveling applications, such as aerospace, automotive, shipbuilding, and metal fabrication.

Key attributes and components of a bevel lathe for professional precision include:

1. Superior Construction: Bevel lathe for Professional Precision，These lathes are built with meticulous attention to detail using robust materials like high-quality cast iron or sturdy alloys. The construction focuses on minimizing vibrations and ensuring exceptional stability during precision beveling operations.
2. Precision Beveling Head: Bevel lathe for Professional Precision，The bevel lathe is equipped with a specialized beveling head that holds the cutting tools and precisely shapes the edges of the workpiece. This head is designed for optimum accuracy and incorporates features to control bevel angle, depth, and finish.
3. High-Precision Spindle: Bevel lathe for Professional Precision，The spindle holds the beveling head and rotates it at controlled speeds. It incorporates advanced bearings, cooling systems, and mechanisms to minimize runout and provide smooth rotation, ensuring precise beveling.
4. Tooling Excellence: Bevel lathe for Professional Precision，Bevel lathes for professional precision come with a range of cutting tools, inserts, and holders specifically designed for beveling applications. These tool holders facilitate accurate tool changes and alignment.
5. Advanced Control Systems: Equipped with cutting-edge control systems like digital readouts (DROs) or computer numerical control (CNC) capabilities, these lathes enable automated and programmable beveling sequences, enhancing precision and consistency.
6. Linear Guideways or Box Ways: Linear guideways or box ways are integrated into the design to ensure smooth and accurate movement of the machine components, maintaining precise positioning and minimizing friction.
7. Multi-Axis Capability: Professional bevel lathes often feature multiple axes of movement, including X, Y, and Z axes, as well as additional rotary or tilting axes. This versatility enables complex bevel profiles and multi-sided beveling.
8. Advanced Measurement Systems: Some lathes incorporate advanced measurement systems, such as laser or optical measuring devices, to ensure accurate bevel dimensions and precise machining.
9. Efficient Coolant and Chip Management: These lathes are equipped with advanced coolant systems that efficiently deliver cutting fluids to the beveling area, managing heat and prolonging tool life. Chip conveyors or augers assist in chip removal.
10. Workholding Solutions: Professional precision bevel lathes offer a variety of workholding options, such as hydraulic clamps, fixtures, and modular clamping systems, ensuring secure and repeatable workpiece positioning.
11. CAM Integration: These lathes can integrate with computer-aided manufacturing (CAM) software to generate optimized tool paths for efficient beveling operations.