20KW Laser Cutting Machine

The cost of a 20kw laser cutting machine can vary widely based on several factors, including the manufacturer, the effective cutting size of the machine, the level of automation, additional features, and country of origin. So it’s hard to give a definitive answer without more specific information. Generally speaking, the price of a 20kw laser cutting machine with basic functions is between US$160,000 and US$220,000. If you need more features or a higher-end model, the price may be higher.

The cost of a 20kw laser cutting machine is usually divided into several parts, including the cost of the machine itself, the cost of installation and commissioning, and the cost of daily maintenance and service. Additional costs may also include operator training and software licensing. When evaluating the cost of a machine, it is important to consider the potential return on investment (ROI) that the machine can provide.

An efficient and precise laser-cutting machine can greatly increase productivity, reduce waste, and improve the quality of finished products, all of which can translate into significant cost savings over time. Ultimately, the cost of a machine will depend on a variety of factors, so it’s important to carefully consider your specific needs and budget before making a purchasing decision.

The 20kw laser cutting machine can cut a variety of metal materials, including ferrous and non-ferrous metals. The machine uses a high-powered laser beam to melt or vaporize metal to make precise cuts in a variety of shapes and patterns. Here are some common metals that can be cut with a 20kw laser cutting machine:

• Carbon Steel: It can effectively cut carbon steel material. Carbon steel is a widely used material in the construction and manufacturing industries due to its low cost, high strength, and durability.
• Stainless Steel: Stainless steel is a harder material to cut than carbon steel, but laser-cutting machines can cut it efficiently. Due to its strength, durability, and corrosion resistance, stainless steel is a popular metal for a variety of applications.
• Aluminum: It can also cut aluminum sheets with high precision and speed. Aluminum is commonly used in the transportation and aerospace industries, where it is a popular material for its lightweight and durability.
• Copper and Brass: It can effectively cut copper and brass, but because they are highly reflective, they are more difficult to cut than carbon steel.
• Titanium: Titanium is a hard and difficult material to cut, but fiber laser cutting machines can still cut it. However, cutting speeds will be slower compared to other metals, and additional post-processing steps may be required.
• Other Metals: It can also cut other metals, including nickel alloys, cobalt alloys, and precious metals such as gold and silver.

It is important to note that cutting capacity and quality may vary depending on the specific type and grade of metal being cut, as well as machine parameters and settings. It is recommended to consult with the laser cutting machine manufacturer or a laser cutting specialist and to make test cuts to determine the best settings for cutting a particular material.

The 20kw laser cutting machine can cut various metal materials with high precision and high speed. The maximum thickness of the material that can be cut depends on many factors, including the type and grade of the material, the cutting parameters of the machine, the specific model of the machine, etc. The following are general guidelines for the maximum thickness of various materials it can cut:

• Stainless Steel: It can cut stainless steel plates up to 70mm thick.
• Carbon Steel: It can cut carbon steel plates up to 80mm thick.
• Aluminum: It can cut aluminum plates up to 60mm thick.
• Copper: It can cut copper plates up to 25mm thick.
• Brass: It can cut brass plates up to 20mm thick.
• Titanium: It can cut titanium plates up to 25mm thick.
• Nickel Alloy: It can cut nickel alloy plates with thicknesses up to 25mm.

It should be noted that the maximum thickness of material that a fiber laser cutting machine can cut may vary depending on the specific model of the machine and the manufacturer’s specifications. The control software used by the machine optimizes the cutting parameters to obtain the desired quality and precision. Additionally, cut quality and speed can be affected by other factors such as the surface condition of the material, the type of gas used during the cutting process, and the maintenance and calibration of the machine.

The cutting speed of a 20kw laser cutting machine will vary depending on several factors such as the type of material being cut, the thickness of the material, the quality of the laser, and the settings and parameters used. The following examples illustrate its cutting speed for different materials and thicknesses:

• Stainless Steel: It can cut 10mm stainless steel at a speed of up to 14m/min. If the thickness of stainless steel becomes 20mm, the cutting speed will drop to 3.2m/min.
• Carbon Steel: It can cut 10mm carbon steel at a speed of up to 13m/min. When the thickness of carbon steel becomes 20mm, the cutting speed is only 3.2m/min.
• Aluminum: It can cut 10mm aluminum at a speed of up to 8.5m/min. Actual cutting speed may vary depending on material thickness and the specific machine used. For example, when the thickness of aluminum is 30mm, the cutting speed will become 0.8m/min.
• Copper: It can cut a 5mm copper sheet at a speed of up to 15m/min. Cutting speed may vary depending on the thickness of the material and the specific machine used.
• Brass: It can cut 1mm brass at a speed of up to 55m/min. When the thickness of brass becomes 20mm, the cutting speed is only 0.7m/min.
• Titanium: It cuts titanium at a speed of up to 30m/min. Exact cutting speeds may vary depending on the thickness of the material and the specific machine used.

It is important to note that these cutting speeds are approximate and may vary depending on the specific machine and cutting conditions. Cutting speed can also be affected by other factors, such as the acceleration and deceleration rates of the machine, the type of cutting head used, and the software and automation systems controlling the machine. Also, the cutting speed may need to be adjusted depending on the desired cut quality, higher cutting speeds may result in rougher edges.