Driving Light, Building Momentum – Dinpoint Laser Helps Heavy Machinery Industry

Laser processing, widely used in heavy industry, especially in the heavy machinery industry is the fastest growing, compared with traditional processing technology, laser cutting has many advantages:
1、Application in slender workpiece
Laser cutting thermal deformation is small, the requirements of straightness of the long and thin workpiece effect is better, you can use the cutting machine itself “micro-connection” function to effectively control the straightness of the workpiece. Laser cutting of long and thin workpieces can do the whole perforation cut off, precision machining, etc.
2、Application in the plate and pipe with more holes.
The use of laser direct material, eliminating the drilling process, improve labor productivity. For some of the workpieces containing more holes, the use of laser equipment, powerful software functions, can be accurate hole position eliminating the production costs of drilling templates, not only improve production efficiency, but also improve the accuracy of the product. Dingdot laser’s original static cutting technology, for the complicated cutting graphics, cutting advantages are more obvious.
3、Application in cutting irregular graphics and irregular pipes
Laser cutting equipment can be precision cutting of irregular shapes, improve the accuracy and efficiency of the lower parts. Like non-closed pipe such as I-beam, channel steel, angle steel has been irregular profiles can be cut, cutting section excellent, high precision. Is combined with modern CNC machine tools, the use of fiber laser cutting machine processing cutting high precision, controllability, simple procedures, material saving and less pollution and so on. Like high hardness, high melting point, extremely brittle and difficult to process materials, is non-contact processing, no mechanical force can also be cut very well.

Let’s take the industrial kiln as an example to introduce the application of Dingdot laser in the heavy machinery industry.
Industrial furnace and kiln refers to the heat generated by fuel combustion or electrical energy conversion in industrial production, the materials or workpieces for smelting, roasting, sintering, melting, heating and other processes of thermal equipment. Classification: regenerative industrial furnace, regenerative through-furnace, small through-furnace, regenerative chamber heating furnace, chamber heating furnace, trolley-type heating furnace, trolley-type annealing furnace, regenerative cart heating furnace, furnace and kiln energy-saving equipment , Forging Furnace, Heating Furnace, regenerative combustion system, regenerative burner, trolley-type annealing furnace, annealing furnace, tempering furnace, quenching furnace, heat-treatment furnace… …
Mainly used in metal materials melting, non-metallic materials sintering, heat treatment, rolling furnace, regenerative trolley-type heating furnace, regenerative industrial furnace, rectangular tilting melting, heat preservation furnace, regenerative combustion system and other industries.

Tubes used
Round pipe, square pipe, I-beam, H-beam, channel, etc.

Traditional processing methods
Plasma, sawing machine, manual oxygen cutting, poor cutting accuracy, serious environmental pollution, high labor costs；

Dingdot laser tube cutting machine processing-advantage
High efficiency: eliminating the need for sawmill undercutting, line drawing and manual cutting, improving production capacity
High precision: small splicing gap, high precision, can realize robotic welding
High efficiency: beautiful appearance, improve the grade of equipment
Low cost: one machine can replace several workers, reduce labor cost.

Recommended Model:

LT-9035EA-3000W

LT-9038TA-6000W

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