Profile Steel Laser Secondary Processing Line

Category:

Three-Dimensional Cutting

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The steel fabrication field is still using the traditional manual and semi-automatic material handling methods, and there is an urgent need for an efficient and high quality processing method to improve efficiency and quality, and reduce labor costs. We are committed to providing high efficiency, high precision, and high cost performance automatic processing equipment to solve these problems by providing high precision cutting and significantly reducing the amount of welding: high precision cutting means that parts can be easily assembled and welded without too much grinding, eliminating the old backward method of high labor cost, low efficiency, and cumbersome processes. The unique three-dimensional six-axis, five-axis technological innovation developed for section steel processing helps users to significantly improve production efficiency and product quality. If the customer's output is saturated, the cost can be recovered in the same year.
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Detailed introduction


Introduction

The field of steel structure processing still uses traditional manual and semi-automatic blanking methods. There is an urgent need for an efficient and high-quality processing method to improve efficiency and quality and reduce labor costs. We are committed to providing high-efficiency, high-precision, and cost-effective automatic processing equipment to solve these problems by providing high-precision cutting and significantly reducing the amount of welding: high-precision cutting means that there is no need for excessive grinding, and parts assembly and welding can be easily realized , Eliminate the original backward methods with high labor costs, low efficiency, and cumbersome procedures. The unique three-dimensional six-axis five-link technology innovation developed for section steel processing helps users greatly improve production efficiency and product quality. If the user's output is saturated, the cost can be recovered in the same year.

Library of cutting shapes

H-beam

C-beam

         

Plate

Marking

Auto Working Table

Feature of Product

Support contour detection, effectively avoid size errors;

Equipped with a centering device to effectively control material deformation;

Open structure double-station design saves loading and unloading time;

Independently developed three-dimensional six-axis five-linkage technology, ultra-high efficiency;

High-precision floating shaft design, fast response;

The processing efficiency is about 15 times that of manual work;

Stable and safe structural design, 24h continuous operation.

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Technical Specifications

serial number name Technical Parameters
1 Steel cutting range

Height B ≤ 450mm

Width H ≤ 1000mm

Length L≤ 26000mm (customized on demand)

2 Laser power 12kw/20kw/30kw
3 X-axis travel 26000mm
4 Y-axis travel 1750mm
5 Z axis travel 910mm
6 A-axis stroke (rotary axis) ±90°
7 C-axis stroke (rotary axis) ±90°
8 U axis travel (height adjustment axis) 0- 50mm
9 X/Y/Z maximum positioning speed 30m/min
10 X/Y/Z positioning accuracy ≤ 0.1 mm
11 Cutting accuracy ≤ 0.5 mm

 

Technological Design

H-shaped steel cutting, hole cutting, lettering, marking, and scribing can be done in one machine;

Possesses fine hole cutting technology;
supports various lap joint forms and groove cutting technology;

Support TEKLA steel structure 3D modeling data file cutting.

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Application Range

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Steel Structure

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Chemical Machinery

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Petroleum Engineering

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Shipping

 

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Steel laser secondary processing line

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