Case study of machining composite plates with steel plate milling machine

Plate beveling machines are high-efficiency metal processing equipment widely used in the boiler and pressure vessel industries. With the continuous advancement of industrial technology, this equipment plays an increasingly important role in improving production efficiency, ensuring welding quality, and reducing labor costs.

In the manufacturing process of boilers and pressure vessels, metal plate chamfering machines can effectively improve the strength and sealing of welds. After chamfering, the contact surfaces of the metal sheets are smoother, allowing for better fusion during welding and forming a stronger weld. This is crucial for boilers and pressure vessels that withstand high temperatures and pressures. By using metal plate beveling machines, manufacturers can ensure the safety and reliability of their products and reduce safety hazards caused by equipment failures.

Case Introduction

 A high-tech enterprise established by a state-owned enterprise group with an investment of 260 million yuan in 1997, specializing in the design and manufacturing of boilers and pressure vessels. Process requirement: Make composite steel plate groove. A steel plate milling machine with a thickness of 30mm, 4mm stainless steel, and 26 carbon steel. According to the user's process requirements, the angle of the steel plate needs to be 30 degrees, milling 22mm, leaving 8mm blunt edge, and milling off the 4 * 4 stainless steel L-shaped groove on the sloping surface.

Recommended model for users:

TMM-80A and TMM-60L; TMM-80A adopts a chamfer angle of 30 degrees, while TMM-60L uses a beveling machine to create an L-shaped bevel.

Model introduction:

TMM-60L composite plate edge milling machine