TMM-100K steel plate beveling machine Q355 plate processing case display

In modern manufacturing, Q355 steel plates are widely used in construction, bridges, shipbuilding, and other fields due to their excellent mechanical properties and good weldability. To fully utilize the advantages of Q355 steel plates, selecting a high-efficiency milling machine is particularly important.

This article will discuss the characteristics, advantages, and importance of Q355 steel plate edge milling machine in practical applications.

Features of Q355 Steel Plate beveling Machine

The Q355 steel plate beveling machine is specifically designed for processing Q355 steel plates and has the following significant features: High-precision machining: The milling machine adopts advanced CNC technology, which can achieve high-precision cutting and ensure that the size and shape of each steel plate meet the design requirements. Powerful cutting capability: The hardness and strength of Q355 steel plates require milling machines to have powerful cutting capabilities in order to process thick steel plates. Multifunctionality: The modern Q355 steel plate beveling machine can not only perform milling, but also drilling, tapping and other machining operations, which greatly improves production efficiency. Human-centered design: Many milling machines are equipped with human-machine interfaces, which are simple and easy to understand, reducing the technical threshold for operators.

Case Introduction

A certain mechanical processing enterprise, construction machinery, and industrial machinery manufacturer.

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Need to process bevel for Q355 carbon steel plate

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The bevel requirement is a 16mm thick plate with no middle seam left in the middle, and a groove with a depth of 8mm and a 45 degree angle at the top and bottom,

Recommend using TMM-100K plate beveling machine

plate beveling machine

TMM-100K edge milling machine, dual electromechanical high-power, spindle and walking speed adjustable by dual frequency conversion, can be used for processing steel, chromium iron, fine grain steel, aluminum products, copper and various alloys. Mainly used for groove processing operations in industries such as construction machinery, steel structures, pressure vessels, ships, aerospace, etc.

On site processing effect display:

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During processing, it is possible to create both upper and lower grooves in one go.

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Post time: Jan-12-2026