12KW Laser Cutting Machine

The cost of a 12kw laser cutting machine will vary greatly depending on various factors such as brand, model, size, and features. Generally speaking, the price of a 12kw laser cutting machine with basic functions ranges from $59,000 to $180,000. If you need more functions, such as automatic nozzle replacement function, and automatic loading and unloading device, the price may be higher.

Here are some factors that will affect the cost of a 12kw laser cutting machine:

• Brand and Model: Different brands and models of laser cutting machines have different prices according to their popularity, performance, and features. More established makes and models with a solid reputation for quality and reliability will usually cost more. Plus, higher-end models with more advanced features can cost a lot more than lower-end models.
• Size and Capacity: The size and capacity of a laser cutting machine also affect its cost. Larger machines that can handle larger materials will be more expensive than smaller machines.
• Level of Automation and Capabilities: The level of automation and capabilities of a laser cutting machine will also affect cost. Machines with advanced features such as automatic loading and unloading systems, smart sensors, and software packages will generally be more expensive.
• Laser Generator: The quality and brand of the laser generator will also affect the cost of the machine. The 12kw laser cutting machine with a high-quality laser generator may cost more than a machine with a low-quality laser generator.
• Country of Manufacture: The cost of a machine may also vary depending on where it is manufactured. Machines made in countries with lower labor costs, such as China and India, may be cheaper than those made in the United States or Europe.
• Installation and Maintenance: The cost of installation, training, and maintenance also affects the overall cost of the machine. It is important to take these costs into account when considering the purchase of a 12kw laser cutting machine.

The cost of a 12kw laser cutting machine can vary widely, and it can be a significant investment for most businesses. However, the purchase cost of the machine is only one of the factors to consider when purchasing. Other factors to consider include the cost of installation, maintenance, and repair, as well as the expected useful life and overall return on investment. It is also important to work with a reputable and experienced supplier who can provide ongoing support and service.

As a professional laser cutting machine manufacturer, AccTek Laser can not only provide you with competitive prices but also provide you with comprehensive service support. If you are planning to buy a fiber laser cutting machine, you can contact us.

The 12kw laser cutting machine can cut various metals, including ferrous and non-ferrous metals, with high precision and high speed. The machine uses a high-powered laser beam to melt and vaporize metal, leaving clean and precise edges. The following are some of the metals that the 12kw laser cutting machine can cut:

• Steel: The machine can cut a wide variety of steel alloys, including carbon steel, stainless steel, and tool steel. The thickness of steel that can be cut depends on the power of the laser generator and the configuration of the machine.
• Aluminum: The machine can cut various grades of aluminum including 1000, 3000, and 5000 series. But aluminum is a highly reflective material that is sometimes harder to cut than other metals, requiring specialized setup and technique to get the best results.
• Copper and Brass: The machine can effectively cut various grades of copper and brass. But because these metals are highly reflective and thermally conductive, they can pose some challenges during cutting, such as burrs or poor edge quality.
• Titanium: This machine cuts this hard and heat-resistant metal. However, due to titanium’s high reflectivity, higher-power lasers or specialized optics may be required for optimal cutting performance.
• Other Metals: The machine can also cut other metals such as nickel, silver, gold, etc. But cut speed and quality will depend on the properties of the particular metal and its alloys. When cutting certain metals, a specialized laser setup or equipment may also be required.

It should be noted that the thickness and composition of the metal being cut will affect the cutting speed and accuracy of the machine. Also, different metals may require different cutting parameters for the best results. Therefore, it is imperative to have a good understanding of the material being cut and the cutting parameters needed to ensure optimum cutting performance.

The 12kw laser cutting machine is a high-power industrial tool that can cut a variety of metal materials with high precision and accuracy. The thickness of the material it can cut will depend on several factors, including material type, laser generator, optics, and cutting speed. Here are some examples of the maximum thickness it can cut in different materials:

• Stainless Steel: It can cut stainless steel with a thickness ranging from 0.5mm to 35mm. The specific thickness that can be cut depends on the grade of stainless steel and the laser generator used.
• Carbon Steel: It can cut carbon steel with a thickness ranging from 0.5mm to 45mm. However, the maximum thickness that can be cut may vary depending on the type and grade of steel.
• Aluminum: It can cut aluminum with a thickness ranging from 0.5mm to 30mm. However, due to the reflective properties of aluminum, it is important to use dedicated optics for optimal cutting performance.
• Copper and Brass: It can cut copper with a thickness ranging from 0.5mm to 18mm. These metals are highly reflective and may require specialized optics or dedicated laser parameters for optimal cutting performance.
• Titanium: It can cut titanium with a thickness ranging from 0.5mm to 16mm. Due to its high melting point and reflectivity, titanium may require higher-powered lasers or specialized optics for optimal cutting performance.

In short, the 12kw laser cutting machine can cut a variety of metals with high precision and accuracy, and the specific thickness that can be cut depends on the type of metal, grade, laser beam quality, focal length, cutting speed, and auxiliary gas type and pressure. It is important to select the correct cutting parameters and assist gas to achieve the best cutting results for each material.

The cutting speed of a 12kw laser cutting machine depends on several factors, including the type of material being cut, the thickness of the material, the power of the laser source, the type of optics used, and cutting parameters. Typically, its ability to cut thick materials at high speeds makes it a popular choice for industrial fabrication and fabrication. Here are some general guidelines for the cutting speed of a 12kw laser cutting machine:

• Steel: Cutting speeds for steel will vary depending on the thickness of the material. For example, it can cut 10mm-thick steel at a speed of 2.3 meters per minute (7.6 feet per minute). For thicker steel, up to 25 mm, the cutting speed may be slower, about 1 meter per minute (3.34 feet per minute).
• Aluminum: Depending on material thickness, it can cut aluminum at speeds ranging from 0.25-50 meters per minute (0.98-164 feet per minute). For example, it can cut 5 mm (0.2 in) thick aluminum at a speed of 16 meters per minute (52.5 feet per minute).
• Copper and Brass: Copper and brass are more reflective than other metals, so cutting speeds may be slower. It achieves cutting speeds of up to 10 meters per minute (32.97 feet per minute) for copper and brass up to 6mm thick.
• Titanium: Titanium may cut slower than other metals due to its high melting point and reflectivity. It achieves cutting speeds of up to 8 meters per minute (26.3 feet per minute) for titanium thicknesses up to 6 mm.
• Other Metals: Cutting speeds for other metals will vary depending on the type of metal and its properties.

It should be noted that the cutting speed may vary depending on cutting conditions such as the type of gas used, the focus position of the laser beam, and the diameter of the nozzle. Additionally, cutting speed will also depend on the desired cut quality and precision. Higher cut speeds may result in lower cut quality, while lower cut speeds may result in higher cut quality but slower production. Therefore, it is important to optimize the cutting speed for each material and application to achieve the ideal balance between quality and speed.