The fiber laser cutting machines gained huge recognition in automobile, aviation, and metal processing sectors for high-end cutting operations. Meanwhile, factors like high cost and need for skilled labor for operating fiber laser cutting machines pose a barrier to the growth of market. Those looking to buy a laser cutter have often made the decision on the basis of lower CO2 emissions. These types of machines enable operators to precisely and rapidly process metallic materials, and speeds of up to metres per second are commonplace, depending on the performance capabilities of the device.
By eliminating any need for mirrors, mirror maintenance such as cleaning, alignment and replacement are unnecessary. Fiber laser cutting machines produce high-accuracy cuts with high efficiency and low heat input. The main disadvantage of laser cutting is the high power consumption.
Laser cutting uses high-powered, focused, and thin laser beams to vaporize or melt materials to specific dimensions. Since lasers are easily controlled via CNC G-code, they can create precise cuts with tolerances of +/- 0.003”. Laser cutting offers an ideal production method for applications that require complex precision cuts. There are multiple methods of laser cutting, and the type of gas, beam, and equipment utilized depends on the specific project needs. Depending on the material, we usually use a protective backing during the laser cutting process that can be peeled away after the cutting is complete. The kerf refers to how much of the material the laser takes away when cutting through.
Driven by gear and rack with servo motor, the laser cutter offers the highest cutting speed and acceleration. With fiber lasers, the beam quality is usually defined by BPP with the lower the BPP the better the beam for cutting. A primary contributor to low BPP is the diameter of the beam delivery fiber. Smaller beam delivery fiber means a lower BPP which means a “higher” beam quality for laser cutting. CO2 laser, flat-material cutting machines have been around for more than 20 years while fiber laser cutters first gained acceptance in 2008.
If you don’t mind a wired connection you shouldn’t have a problem. Other times, if you want to free up your workspace, you should consider a device that uses wireless technology. It’s speedy and precise and can cope with a range of non-metal materials, including glass, paper, bamboo and rubber. Its compatibility is also decent, as it supports AutoCAD, CorelDRAW, as well as a range of file formats. Operate machinery used in the production process, or assist machine operators. Lift raw materials, final products, and items packed for shipment, manually, or using a hoist.
It will take some learning but after a few projects and using the software it will all make sense and become easier to use. Like many others here, the cutting job went great, the results were crisp and clean and I thought I’d found an amazing product that was perfect for me. STJ1390M CO2 laser cutter with 280W Yongli combined beam laser tube, which can cut up to 3mm stainless steel, 4mm carbon steel, 30mm acrylic, 25mm wood, etc. Affordable laser cutter with four laser cutting heads is used to cut cardboard, plywood, MDF, plastic and paper with high speed and high efficiency.
The cutting head has plenty of room, and is therefore very mobile, allowing access even to places that are hard to reach. With the laser cutting machine from Jenoptik, you can process 3D components at high speeds according to your exact specifications. Since 2008, fiber lasers have steadily grown in production and acquisition. Traditional CO2 lasers are still a popular choice, but technology has allowed the fiber lasers to catch up in its ability to cut thick materials. Tube cutting spans production over numerous industries from automotive to medical.
The size of parts, which they can handle, satisfies many needs while the cost of running a table top laser is only about 10 cents per hour. Further, they are equally well suited to work on flat parts, boxes, and cylindrical components. The HS models are strictly for sheet work and have the advantage of a downdraft table, which can straighten thin material to keep it in perfect focus.