Metal Sheet Fiber Laser Cutting Machine

Diference 1: The difference in cutting thickness

The plasma cutting machine is a kind of thermal cutting equipment, which is more suitable for more than 6mm thickness and with low precision requirement. In theory, the maximum thickness of a plasma laser cutting machine can reach hundreds of mm, but the optimal cutting range is about 80mm. Disadvantages of plasma cutting: It is not suitable for cutting below 3mm metal sheets, the slit is wide and the precision is poor, the cutting surface with poor perpendicular when cutting 5mm or more than 5mm thickness plate. Sheet fiber laser cutting machine can be the substitution of the plasma cutting machine.

Diference 2: The difference in cutting quality

The cutting principle of the plasma cutting machine is to use high temperature plasma arc heat to melt the metal at the cutting part of the workpiece, and simultaneously blow away the molten metal with a high-speed air flow to form a narrow slit; the plasma cutting machine can cutting stainless steel, iron, aluminum, various metal materials.

Through the high-speed airflow coaxial with the beam to melt the material, the thermal cutting method of the metal sheet is opened. In metal processing, the main processing speed is fast, so that the cut surface is smooth; no burrs; high cutting accuracy, no need for secondary time-consuming processing and other advantages, before the user buys the laser cutting machine equipment, the first thing to consider is to buy a certain kind of power equipment, the biggest factor determining the power depends on the thickness of the processing material, the thicker the plate, the more difficult it is to cut, and the more power required.

For the laser cutting machine that is continuously developed and designed, well-known laser cutting machine brands must be selected for its low power. Medium-power and high-power laser cutting machine equipment not only requires high quality of the equipment itself, but also the cutting process parameters are technical issues, so medium power Manufacturers of low power are far lower than those of low power.

Fiber laser cutting machines have a broad range of applications due to their high precision, flexibility, and fast processing speeds. But where do they truly shine? Which materials can they effectively work with? Let’s discuss in detail.

Firstly, let’s focus on the materials. Fiber laser cutting machines are best suited for cutting various metals, particularly reflective ones. This includes:

• Stainless steel: Offering high precision and productivity, fiber lasers are often used in applications where stainless steel is involved. They can handle various thicknesses while maintaining a high-quality cut.
• Carbon steel: Known for its hardness, carbon steel poses no problems for fiber lasers. The lasers can easily cut it, providing a smooth finish and sharp edges.
• Aluminum: Despite its reflective nature, aluminum can be efficiently cut using fiber lasers, particularly the ones with higher power ratings.
• Copper, brass, and bronze: Even though these metals are highly reflective, a fiber laser can effectively cut them, making it a versatile tool in industries where these materials are frequently used.

Now, let’s delve into the various applications where fiber laser cutting machines are most effective:

• Automotive industry: With the need for precise parts and the increasing use of materials like aluminum and high-strength steels, fiber lasers have become a go-to tool in the automotive industry.
• Aerospace: The requirement for high precision and quality, especially when working with exotic metals, makes fiber lasers an invaluable tool in aerospace applications.
• Electronics: Fiber lasers are perfect for cutting thin sheets of metal often used in electronic parts, providing high precision and minimal heat affected zones.
• Medical devices: The ability to make precise, clean cuts makes fiber lasers perfect for producing medical tools and devices.
• Jewelry: Fiber lasers offer the precision necessary to cut intricate designs in precious metals, making them suitable for the jewelry industry.

In conclusion, fiber laser cutting machines are well suited for a wide array of materials and applications. Their versatility and efficiency make them a standout choice for industries requiring precision metal cutting.

The cost of a laser cutting machine can vary widely based on a number of factors, such as the size of the machine, cutting capabilities, brand, and level of automation, among others. Generally speaking, the price of a small entry-level fiber laser cutting machine is between US$15,000 and US$45,000. Affordable fiber laser cutting machines for small businesses, hobbyists, or educational institutions that need basic cutting capabilities.

Please note that because the price of the fiber laser cutting machine will be subject to market fluctuations, this price is only a reference price. If you want to get the detailed price of the fiber laser cutting machine, you can contact us. Our business staff will provide you with affordable fiber laser cutting machine quotations.