2000W Laser Cutting Machine

The price of a 2000w laser cutting machine can vary greatly depending on the make, model, and specification of the machine. Additionally, prices may also be affected by the country of manufacture, shipping and installation costs, and any additional taxes and charges. Under normal circumstances, the price of a 2000w laser cutter with basic functions ranges from $14,700 to $61,000. Plus, higher-end machines with advanced performance and larger cut sizes can cost more.
It’s important to note that the initial cost of a laser cutting machine is only one factor to consider when estimating its value. Other factors to consider include the machine’s reliability, ease of use, and output quality, as well as ongoing maintenance and operating costs. While the upfront cost of a laser cutter may seem high, it can provide significant cost savings and increased cutting efficiency in the long run, especially for high-volume and precision cutting applications.
If you are considering buying a 2000w laser cutting machine, you can contact us. AccTek Laser can not only provide you with a competitive price but also provide you with perfect customer support and warranty.

The 2000w laser cutting machine is a powerful industrial cutting tool that can cut all kinds of metals precisely and quickly. Here are some materials that can be cut with a 2000w laser cutting machine:

• Mild Steel: Mild steel is a common steel that can be easily cut with a fiber laser cutting machine. Mild steel is widely used in various applications such as automotive, construction, and manufacturing due to its affordability and versatility.
• Stainless Steel: Fiber laser cutting machines can cut stainless steel with high precision and edge quality, although cutting speeds may be slower than cutting other metals. Known for its excellent corrosion resistance and durability, stainless steel is widely used in the food and beverage, medical, and aerospace industries.
• Aluminum: Aluminum is also a material that can be cut with a fiber laser cutting machine. Its lightweight, corrosion resistance, and excellent thermal conductivity make it a popular material for automotive, aerospace, and aerospace applications.
• Copper: Known for its excellent electrical and thermal conductivity, copper is often used in various industries such as electronics, telecommunications, and power transmission. The fiber laser cutting machine can cut copper plates with high precision.
• Brass: Brass is an alloy of copper and zinc and is commonly used in decorative applications, musical instruments, and plumbing. Fiber laser cutting machines can precisely cut brass sheets with clean edges and high precision.
• Titanium: Titanium is a high-strength, lightweight metal that is used in a variety of applications including aerospace, medical implants, and automotive applications. Although titanium has a high melting point, fiber laser cutting machines are still capable of cutting titanium with high precision and high speed, but special care is required to avoid overheating and discoloration.

These are just some examples of metals that can be cut with a 2000w laser cutting machine. Other materials such as nickel alloys, coated metals, and composites can also be cut using it, depending on their properties and the cutting parameters used. Be sure to consult your machine’s specifications and follow the recommended cutting guidelines for the best cutting results.

The maximum thickness that a 2000w laser cutting machine can cut depends on the type of material being cut, beam quality, focus position, and cutting speed among other factors. In general, a 2000w laser cutting machine can cut the following materials at most:

• Stainless steel: up to 12mm
• Carbon steel: up to 20mm
• Aluminum: up to 10mm
• Brass: up to 10mm
• Copper: up to 10mm
• Titanium: up to 10mm
• Nickel: up to 10mm
• Inconel: up to 10mm

It is important to note that these thicknesses are general guidelines and may vary by specific machine and application. It should be noted that the maximum thickness that can be cut will also be affected by the required cutting speed and cutting quality. Slower cutting speeds result in thicker maximum cut thicknesses, while faster cutting speeds may reduce the maximum thickness that can be cut. In addition, as the thickness of the cut increases, the quality of the cut may decrease, resulting in rougher edges or a larger heat-affected zone.

The cutting speed of a 2000W fiber laser cutting machine can vary depending on several factors, including the type and thickness of the material being cut, the quality and power of the laser source, the assist gas used, and the parameters and settings of the machine. Here are some typical cutting speeds for different materials when using a 2000W laser cutting machine:

• Stainless Steel: For stainless steel with a thickness of 1mm~3mm, the cutting speed can be from 9m/min to 24m/min. For thicker stainless steel, such as 5mm~10mm, the cutting speed can be between 0.4m/min~3.2m/min.
• Carbon Steel: For carbon steel with a thickness of 1mm~3mm, the cutting speed can be 3.4m/min~45m/min. For thicker carbon steel, such as 5mm~10mm, the cutting speed can be between 1.2m/min~2.9m/min.
• Aluminum: For aluminum with a thickness of 1mm~3mm, the cutting speed can be 8m/min~40m/min. For thicker aluminum materials, such as 5mm~10mm, the cutting speed can be between 0.5m/min~4m/min.
• Copper and Brass: For copper and brass with a thickness of 1mm~3mm, the cutting speed can be between 7m/min~17m/min. For thicker copper and brass, such as 5mm~10mm, the cutting speed can be between 0.5m/min~3.5m/min.
• Titanium: For titanium with a thickness of 1mm~3mm, the cutting speed can be between 4m/min~8m/min. For thicker titanium, such as 5mm~10mm, the cutting speed can be between 0.5m/min~3 m/min.

It is important to note that these cutting speeds are approximate and may vary depending on specific machines, materials, and cutting parameters. Cutting speed can also be adjusted according to the desired cut quality, with higher cutting speeds generally resulting in faster production but possibly reduced edge quality. Therefore, it is recommended to consult the machine’s specifications and guidelines and to make trial cuts to optimize cutting speed for specific materials and applications.