Otomatik Beslemeli Ağır Hizmet Tipi Plaka Pah Kırma Makinesi

Makine Fotoğrafları

Uygulamalar

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

Temel Özellikler

• 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 mm bevel width, and 3–4 passes can reach up to 100 mm, 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– Destekler V/Y, X/K, U/J, and L bevel types, as well as clad removal and clad stripping.

Çalışma Prensibi

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.

Bu 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.