Introduction:

Metal laser cutting machine is becoming more and more popular these days. Laser cutting machines have significant advantages of high precision, energy saving, and automation. So, what can you do with a laser cutting machine? What are the main fiber laser cutting applications?

5 Main Fiber Laser Cutting Applications

Fiber laser cutting machines have the following applications:

1. Metal processing industry

Fiber laser cutting is widely used in metal materials, such as steel plates, stainless steel, aluminum alloys, etc. It can achieve high-precision and high-efficiency cutting. It is suitable for manufacturing parts of various complex shapes.

2. Automobile processing industry

In developed industrial countries, 50-70% of auto parts are processed using fiber laser cutting machines. Fiber laser cutting machines are important in automobile and auto parts manufacturing processes. These include automobile parts, automobile bodies, automobile door frames, automobile trunks, automobile roof covers, automobile body parts, automobile doors, etc. Laser-cutting machines can process many precision parts in automobiles. This can save a lot of mold manufacturing costs. Laser cutting machines are more flexible for flat plate cutting of small and medium-sized batches, large areas, and complex shapes. They can improve production efficiency, meet processing requirements, and shorten cycle times.

3. Aerospace industry

Fiber laser cutting is essential in the aerospace field. It can be used to cut, drill, and punch various complex-shaped aerospace parts. Such as fuselages, turbine blades, rudder surfaces, etc. Fiber laser cutting has high precision, non-contact, and high speed. It can meet the high requirements of the aerospace industry for parts processing.

The aircraft engine is a highly complex and precise thermal machinery. Each manufacturing step is extremely demanding and requires a variety of materials. The high-temperature components inside need to withstand scorching temperatures and strong air pressure. Small errors can directly lead to the failure of the entire aircraft. Today, aircraft engines are highly complex to design and manufacture, involving tens to hundreds of thousands of small parts. Currently, non-metallic special coatings such as titanium alloy, high-temperature gold, and stainless steel are widely used. These materials have the characteristics of high specific hardness, high brittleness, high melting point, and low thermal conductivity. Conventional machining methods are complicated to meet process requirements. So this requires high-tech means- laser cutting machine processing.

It is used in many aspects of aero-engine manufacturing, from the intake duct to the exhaust nozzle of current aero engines. The fiber laser cutting applications have effectively promoted the development of modern aviation.

4. Electronic industry

Fiber laser cutting is widely used in the electronics industry. It is used to cut and drill PCB boards, FPC boards, conductive films, etc. Fiber laser cutting has the characteristics of non-contact, high precision, and strong adaptability. It can meet the precision processing needs of tiny parts in the electronics industry.

5. Machinery manufacturing industry

• Engineering machinery industry

When fiber laser cutting circular holes face specific thick plates, the diameter of the workpiece circular hole only needs to be greater than or equal to the corresponding minimum diameter, and the roughness and diameter size are within the guaranteed capabilities of the cutting machine. Laser cutting can be used directly without drilling, improving labor productivity. For some workpieces with many holes, the cutting function of the fiber laser cutting machine is used to determine the location of the holes. This can save the time of positioning the holes and the manufacturing cost of the drilling template.

• Agricultural machinery industry

There are many types of metal parts in agricultural machinery products, and they are updated very quickly. Traditional agricultural machinery processing panels usually use printing machines, consuming a large amount of casting. Laser processing can utilize modern CAD software to cut different types of sheets. Laser processing has fast processing speed, high efficiency, and low price. It also does not require changing models or instruments, reducing preparation time. This makes it easy to complete continuous processing. That’s a significant boost in efficiency.

• Household appliances and kitchenware industry

Household appliances and kitchenware are mainly made of thin plates. Fiber laser cutting is used to process panel samples before stamping and drawing, allowing for the rapid development of new products. Laser cutting speed is fast, greatly improving processing efficiency. At the same time, the laser cutting accuracy is improved, increasing the scrap rate of range hoods and burners. For some special-shaped products, fiber laser cutting machines have common advantages. These include distribution and filing cabinets, all standardized production of thin plates.

In addition to being used in the above-mentioned industries, fiber laser cutting also has corresponding development space in the decoration industry, advertising lighting industry, etc.

Conclusion:

In short, fiber laser cutting technology applications are extensive and important. It has high efficiency, high precision, and flexibility. It provides high-quality solutions for production and processing in various industries. Choosing the right equipment will be more conducive to the enterprise’s development, saving costs and processing more products. If you want to know more about fiber laser cutting, please contact us.