自动进给重型板材倒角机

机器照片

应用

It is suitable for processing carbon steel, stainless steel, aluminum alloy, titanium alloy, duplex steel, and other heavy-duty metal materials, making it ideal for various industrial metal fabrication applications.

• Steel structure plates
• Shipbuilding steel plates
• Pressure vessel plates
• Heavy machinery steel plates
• Offshore engineering plates
• Bridge construction steel plates
• Large welded structural components
• Industrial metal fabrication plates

主要特点

• Automatic Walking System– The machine automatically travels along the plate edge for bevel cutting, ensuring stable operation and higher efficiency.
• Heavy Duty Plate Processing Capability– Designed for thick metal plates with a clamping thickness range of 8–100 mm, suitable for heavy fabrication industries.
• Cold Milling Cutting Technology– Uses milling cutters and carbide inserts to perform cold cutting, preventing oxidation on the bevel surface and allowing direct welding after beveling.
• High Precision Bevel Surface– Produces bevel surfaces with roughness Ra 3.2–6.3, meeting welding industry standards.
• Flexible Bevel Angle Adjustment– The bevel angle can be easily adjusted from 0° to 90°, suitable for various welding groove requirements.
• High Efficiency Multi-Pass Cutting– Each pass can achieve up to 30毫米 bevel width, and 3–4 passes can reach up to 100毫米, greatly improving productivity.
• Universal Wheels for Easy Movement– Heavy-duty universal wheels allow convenient movement and storage in workshops.
• Automatic Clamping System– Automatic clamping with manual fine adjustment ensures stable positioning and easy operation.
• Multiple Bevel Types Available– 支持 V/Y, X/K, U/J, and L bevel types, as well as clad removal and clad stripping.

工作原理

The AEK GMMA-100L Heavy Duty Plate Beveling Milling Machine operates based on the milling cutting principle. The machine clamps onto the steel plate and automatically moves along the plate edge. A high-performance milling cutter equipped with carbide inserts removes material at the required angle to create the welding bevel.

这 cold milling process prevents thermal deformation and oxidation on the plate surface. The bevel surface reaches a roughness of Ra 3.2–6.3, allowing plates to be welded directly after beveling without additional grinding or deburring.