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PL AccTek Fiber Laser Cutting Machine
The fiber laser cutting machine is a high-quality, high-speed, high-precision, high-efficiency fully automatic CNC laser metal cutting system. The fiber laser cutting machine is specially designed to process various metals, and it is your good partner in completing the metal cutting process. Fiber laser cutting machines have different laser powers (1000W to 50000W), which can cut metals of different thicknesses.
AccTek has 10 years of experience in laser cutting machine production and is committed to providing professional laser solutions for global customers. We manufacture high-precision fiber laser cutting machines based on mechanical design technology optimized through rigorous structural analysis. As a professional manufacturer of fiber laser cutting machines, we have designed fiber laser cutting machines with different powers and models to meet the needs of different customers. AccTek executes strict assembly processes and world-class branded parts to ensure high cutting accuracy and powerful cutting ability, thus maximizing the productivity and profitability of sheet metal fabricators.
The sheet fiber laser cutting machine is a laser cutting machine specially designed for sheet metal, which uses a fiber laser generator as power. It uses the newly developed fiber laser generator, which can output a high-energy-density laser beam on the surface of the workpiece, melt and vaporize the area irradiated by the laser, and realize high-speed, high-precision perfect automatic cutting.
Sheet fiber laser cutting machines can cut all types of metals, from mild steel to stainless steel as well as some non-ferrous metals. However, it may be difficult to cut some highly reflective metal materials, such as copper and aluminum. In addition, the thick plate cutting ability of the plate fiber laser cutting machine is improved with the increase of the power of the fiber laser generator, and the cutting speed will also be significantly improved. Fiber laser cutting machines for sheet metal offers a good compromise in terms of cut quality, cutting speed, operating costs, and profitability.
Advantages of Fiber Laser Cutting Machine
High-Precision Cutting
High-Precision Cutting
Faster Cutting Speed
Faster Cutting Speed
Versatility
Versatility
Lower Operating Costs
Lower Operating Costs
Improved Edge Quality
Improved Edge Quality
Automation And Software Integration
Automation And Software Integration
Versatility
Versatility
Automation And Software Integration
Automation And Software Integration
Frequently Asked Questions
The price of a fiber laser cutting machine is affected by the laser power, design, function, and cutting range, and the price can range from $15,000 to $600,000. Of course, the price of some fully automatic fiber laser cutting machines with a large cutting range may be higher. The price of the fiber laser cutting machine produced by AccTek is very competitive, if you need a detailed product quotation, please feel free to contact us.
A fiber laser cutting machine is a highly specialized piece of equipment that uses laser technology to cut a variety of materials. It focuses the laser emitted by the fiber laser generator into a high-density laser beam through the optical system and irradiates the surface of the workpiece to make the workpiece reach the melting point or boiling point. At the same time, it uses fast airflow to blow away the molten material to complete the cutting.
The maximum thickness of metal that a fiber laser can cut is determined by the power of the laser generator. Theoretically, the greater the laser power, the greater the thickness that can be cut. In addition, the expertise of the machine operator also affects the thickness of the laser cut. Under normal circumstances, the maximum cutting thickness of a 1000W fiber laser cutting machine for different materials is carbon steel 10mm, stainless steel 5mm, aluminum plate 3mm, and copper plate 3mm.
Although every industry uses laser-cutting machines for the production of parts, laser cutting does have its drawbacks. Disadvantages of laser cutting include limitations in material thickness, generation of harmful gases and fumes, higher procurement costs, and expertise.
- Material Thickness Limitation: Most fiber laser cutting machines have a power below 6000W, so there is a limit to the thickness they can cut, and they can only cut slowly.
- Hazardous Fumes And Fumes: While many materials (especially metals) do not emit hazardous fumes during cutting, many polymers and some metals do. For example, PTFE and various fluoropolymers produce phosgene (incompatible with the human environment) when heated to high temperatures.
- Purchase Cost: If you want to purchase a fiber laser cutting machine, you may have to spend a lot of money. When you compare plasma cutters vs laser cutters, laser cutters cost almost twice as much as plasma cutters. It costs more to buy a fiber laser cutting machine, but you will pay more in the long run.
- Professional Knowledge: In order to fully realize the potential of the fiber laser cutting machine, a professional operator is essential. The correct settings will ensure that the cut quality is up to the standards one would expect from this technology.
When cutting with a fiber laser cutting machine, some gases and particles will be released. These gases and particles can be harmful to the lungs, depending on who is being cut. While not all materials emit toxic fumes, maintaining proper ventilation is important no matter the size of your operation.
- Compressed Air: This is the easiest assist gas option. Due to its high oxygen content, compressed air is considered an active cutting gas for metal fabrication, however, it is less reactive than oxygen assist gas.
- Oxygen: Due to its high reactivity, oxygen was one of the first assist gases used. The extra heat generated when using oxygen-assist gas allows lower-power lasers to cut thicker materials. Oxygen cutting tends to run at lower flow rates and pressures than nitrogen cutting. This may result in slightly slower cutting speeds for some metals, but reduces gas consumption and lowers operating costs.
- Nitrogen: Nitrogen is generally considered the best assist gas for high-cut quality. As an inert gas for most materials, nitrogen is most suitable for aluminum, mild steel, and galvanized steel. Since nitrogen cutting is a cooler process, it can produce high-quality edges for a wide variety of materials.
- Argon: It is the rarest and most expensive assist gas and can be used for precise cutting of any material that nitrogen can cut. One of the main reasons for using argon is to cut metals that chemically react with nitrogen.
In fact, the lifetime of the diode modules in fiber lasers is typically three times that of other technologies. Most lasers have a useful life of about 30,000 hours, which usually equates to about 15 years of use. Fiber lasers have a life expectancy of about 100,000 hours, which means about 45 years of use.
