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What are the advantages of laser cutting control systems?

Views: 0     Author: Site Editor     Publish Time: 2023-10-13      Origin: Site

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What are the advantages of laser cutting control systems?

Laser cutting systems belong to large and medium-sized manufacturing enterprises, which produce a large number of plates that require cutting and cutting, and have strong economic and technological strength. Another type of unit is a processing station, which specializes in undertaking laser processing business externally and has no leading products. On the one hand, its existence can meet the processing needs of some small and medium-sized enterprises; On the one hand, it played a promotional and demonstration role in promoting the application of laser cutting technology in the early stages.

fscut 2000 laser cutting system

Cutting range

Products suitable for CO2 laser cutting can generally be classified into three categories:

Category 1: Metal sheet metal parts that are not suitable for manufacturing molds from a technical and economic perspective, especially those with complex contour shapes, small batch sizes, and general thickness; 12mm mild steel; 6mm thick stainless steel to save costs and cycles in mold manufacturing. Typical products that have been adopted include: automatic elevator structural components, elevator panels, machine tool and grain machinery covers, various electrical cabinets, switchgear, textile machinery parts, engineering machinery structural components, large motor silicon steel sheets, etc.

The second category: patterns, markings, fonts, etc. of stainless steel (generally 3mm thick) or non-metallic materials (generally 20mm thick) used in decoration, advertising, and service industries. Patterns in art photo albums, logos for companies, units, hotels, and shopping malls, and Chinese and English fonts for stations, docks, and public places.

Category 3: Special parts that require uniform cutting of seams. The most widely used typical component is the die-cutting plate used in the packaging and printing industry. It requires cutting slots with a seam width of 0.7~0.8mm on a 20mm thick wooden template, and then embedding blades in the slots. When using fashion, cut various printed packaging boxes on a die-cutting machine. In order to block sediment from entering the oil well pump, a 0.3mm wide uniform cutting seam is cut on an alloy steel pipe with a wall thickness of 6-9mm. The diameter of the small hole at the starting and piercing points cannot be 0.3mm, making the cutting technology difficult. Many units have put it into production.


At present, laser cutting has replaced a large number of traditional cutting methods in the industrial processing field and become an important force in the transformation and upgrading of manufacturing industrialization.


Metal and non-metallic materials such as steel, copper, stainless steel, and aluminum alloys are widely used in laser cutting. For materials with different thicknesses, laser cutting also has corresponding processing mechanisms and solutions. From small workshops to large workshops, from 3C to electronics to aerospace, laser processing has penetrated into various aspects of industrial production today, and has had a significant impact on the overall development of industry.

fscut 2000 laser cutting control system.png

The laser cutting control system has the following advantages:

1. Better automatic adaptability

The laser cutting equipment is equipped with a modern intelligent control system, and the laser cutting process is controlled by predetermined parameters. Combined with the feeding system of the laser cutting equipment, it greatly reduces the dependence on manual operations and reduces the risk of errors.


2. Faster response time

With the continuous upgrading of laser cutting intelligent control systems, laser cutting can easily complete complex geometric structure cutting, ultra wide cutting area panoramic visual cutting and other process problems. Faster response speed and higher cutting efficiency.


3. More diverse functions

The intelligent cutting system can develop more cutting functions and continuously meet cutting needs. By upgrading and updating, more functions can be developed to meet cutting needs, such as lightning piercing, flying cutting, intelligent obstacle avoidance, and so on.


4. More cost saving

The intelligent cutting system can intelligently layout with one click, optimize and improve material utilization. Common edge cutting and disc centering can maximize the utilization of materials, reduce unnecessary material waste, save manual typesetting time, and improve cutting efficiency.


5. More reliable and secure

Laser cutting is a non-contact processing that does not require physical contact equipment on the machine tool, and the cutting process does not require any intervention from operators. After setting the control system parameters, the laser equipment no longer requires manual control to minimize safety incidents.


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