Solution_副本

The industries we serve span four major sectors: mining, construction, ports, and agriculture. Each industry has unique requirements for equipment and accessories - mining emphasizes durability, construction demands a wide range of products, ports seek high availability, and agriculture requires seasonal support.
Based on our years of export experience and ability to integrate multi-brand supply chains, we are able to provide customers with targeted accessory supply solutions tailored to the characteristics of the industry.

Please select the specific industry below to learn more details:

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Sheet Metal Processing

The sheet metal industry has developed rapidly in recent years and is widely used in various industries. The prosperous future of the sheet metal industry not only contributes to huge economic benefits to our enterprises, but also great convenience to the production and life of our residents. Metal packaging boxes such as chassis cabinets and electronic control boxes in the metal processing industry are all sheet metal processed parts, and their changes in demand also affect the changes in sheet metal processing requirements.

High Processing Efficiency

Fast cutting speed, with a maximum cutting speed of 60m/min

High Degree of Automation

Automatic cutting layout and nesting, CNC system easy to operate

Good Cutting Quality

Narrow cutting slit, smooth and aesthetically pleasing cutting surface, no adhering slag, no burr and high precision

Production Cost Reduced

No mold, no wear of cutting tools, less material waste, and lower labor costs

Engineering Machinery

Engineering Machinery

Laser cutting machines find extensive application in the field of construction machinery, such as concrete, cranes, road machines, loaders, port machinery, excavators, fire-fighting machinery, sanitation machinery and other products. QUICK LASER high-power plate laser cutting machine, three-dimensional laser cutting machine, tube laser cutting machine and laser automation are widely used in the industry and provide comprehensive solutions for the engineering machinery industry to help enterprises improve production efficiency.

High Processing Efficiency

High cutting speed, shorter production cycle, rapid forming cutting

High Degree of Automation

Automatic cutting layout and nesting, CNC system easy to operate

Good Cutting Quality

Narrow cutting slit, smooth and aesthetically pleasing cutting surface, no adhering slag, no burr and high precision

Production Cost Reduced

No mold, no wear of cutting tools, less material waste, and lower labor costs

steel structure solutions

Steel Structure Solutions

In the field of steel structure engineering processing, approximately 73% of the processing operations need to be completed assisted by laser cutting technology. At present, QUICK LASER cutting technology has developed rapidly in the direction of thick plate and large size. As a processing technology frequently and widely used in large-scale industrial fields, laser cutting technology has played a positive role in driving the development of the entire industry, in terms of both its prospects and its importance.

High Processing Efficiency

High cutting speed, shorter production cycle, rapid forming cutting

High Degree of Automation

Automatic cutting layout and nesting, CNC system easy to operate

Good Cutting Quality

Narrow cutting slit, smooth and aesthetically pleasing cutting surface, no adhering slag, no burr and high precision

Production Cost Reduced

No mold, no wear of cutting tools, less material waste, and lower labor costs

sports equipment

Sports Equipment

Tube materials are commonly used in fitness equipment, because many joints are connected in intersecting lines. The traditional tube processing method is to use band saws, drilling machines, and special milling machines. The fiber laser processing equipment developed and manufactured by QUICK LASER for the sports fitness equipment industry can be applied to the cutting of various shapes of metal tubes, and can process any complex graphics on the tube surface without restriction on the complexity of the graphics.

High Processing Efficiency

High cutting speed, shorter production cycle, rapid forming cutting

High Degree of Automation

Automatic cutting layout and nesting, CNC system easy to operate

Good Cutting Quality

Narrow cutting slit, smooth and aesthetically pleasing cutting surface, no adhering slag, no burr and high precision

Production Cost Reduced

No mold, no wear of cutting tools, less material waste, and lower labor costs

automobile industry

Automobile Industry

In automobile manufacturing, the production processes of body-in-white (BIW), power system, steering system, braking system, new energy battery motor electric drive and automotive electronics impose strict requirements on the stability and flexibility of processing equipment. Laser welding, laser cutting, and laser marking technologies are widely applied in the automotive industry due to their high energy, high precision, and excellent adaptability. As one of the most comprehensive integrators of laser equipment in China.

High Processing Efficiency

High cutting speed, shorter production cycle, rapid forming cutting

High Degree of Automation

Automatic cutting layout and nesting, CNC system easy to operate

Good Cutting Quality

Narrow cutting slit, smooth and aesthetically pleasing cutting surface, no adhering slag, no burr and high precision

Production Cost Reduced

No mold, no wear of cutting tools, less material waste, and lower labor costs

hardware processing

Hardware Processing

QUICK LASER continues to develop new equipment in the hardware industry. A variety of laser cutting machines, welding machines, marking machines and automatic loading and unloading equipment are widely used in many fields such as hardware products, tool manufacturing and instrument ruler measurement industries. In the production process of hardware accessories, QUICK LASER’s equipment has high quality and fast processing speed. It not only reduces the processing time of hardware products, but also significantly improves their quality, which holds long-term significance to the hardware processing industry.