Fiber Laser Cutting Machines Market Size, Share, Key Players & Global Forecast To 2027

Failing to properly control the dust can cause big problems over time. If you cut a 6-meter or 9-meter long plate, you must cut the steel plate into several parts and then cut it on the laser cutting machine, which reduces productivity and material usage. Its leading products cover laser marking, laser welding systems, laser cutting and other laser processing equipment and plasma cutting equipment. With the rapid development of the equipment manufacturing industry, CNC laser cutting machine equipment has entered a period of rapid growth with an annual growth rate of more than 30%.

Taking your ideas and drawings, through design and machining to production. Lasertrace is the Gravotech industrial software for traceability and identification. Various functions are available in a simple and friendly interface, for all industrial production needs.

In addition to materials such as wood, cardboard, leather, and plastic, this machine is also able to engrave ceramics, mylar, marble, and crystal. So, if you want a machine to print beautiful patterns and words on your coffee mugs, this is it. Some laser engraving machines can feel out of place in the office or at home. But, there are a few, which have been created to look like normal desktop printers. The Glowforge Plus 3D Laser Printer is an elegantly designed machine that fits in with the rest of the office machinery whether at home or workplace. Apart from being a dedicated engraver, it also has the ability to print.

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 high intensity of the laser beam allows it to heat, melt, and partially or completely vaporize a localized area of the workpiece’s surface. The weakening and removal of the affected area of the material forms the desired cuts. Laser cutting employs several different types of material cutting and removal mechanisms, including fusion cutting, chemical degradation cutting, evaporation cutting, scribing, and oxidation cutting. Additionally, the article explores various laser cutting methods and applications, the benefits and limitations of the process, and comparisons between laser cutting and other types of cutting processes. ACCURL® assemble their Smartline 2000w IPG 3000w 4000w 6000w laser cutting machine to the strictest quality standards with nothing but world class components to ensure lasting quality at an attractive price.

The Neje Master is an affordable laser cutter with a powerful laser. Furthermore, there’s a sensor that automatically stops the laser if the machine is touched, which will help prevent accidents. Neje uses a 12V laser with techniques to increase its power to 20W, which is designed to cut. This makes the laser cutter a good option for Makers that need to do more cutting than engraving. The other benefit of CNC machines is that they can work with routers and lasers. The lack of a case means that they can release fumes into the environment and the laser can easily cause harm to you or others if you make contact with the laser.

Fiber Laser Cutting Machines

When cutting stainless steel or aluminum, the laser beam simply melts the material, and high pressure nitrogen is used to blow the molten metal out of the kerf. AMADA’s 3kW, 6kW, 9kW, and 12kW ENSIS fiber laser technology utilizes a highly innovative resonator to automatically and precisely adjust the diameter of the laser beam. This unique feature enables continuous processing of thin-to-thick materials by a single machine with no lens change or additional setup required. AMADA engineered the 3kW ENSIS 3015 RI to include an innovative Rotary Index with the power and speed to efficiently transition from flat sheet to tube or pipe cutting.

The laser beam is relayed to the cutting head through fiber optic cable without any loss, provides a superior cutting accuracy and quality. The laser beam is relayed to the cutting head through fiber optic cable without any loss and thus, provides a superior cutting accuracy and quality. Laser cutting can be performed through scoring or thermal laser separation . At Union Machine, our low-cost, rapid-delivery model puts efficiency, speed, and quality at your disposal. Contact us to see how our laser cutting solutions can help your project. The medical sector relies on precision laser cutting to create highly accurate components used in medical devices, as well as other medical equipment such as tools and stents.

However, this is less so the case for materials over 20 mm although, a more expensive fiber laser machine that can work with over 6 kW could do the trick. The FLC Series High Power Fiber Laser integrated Cutting System designed to consistently meet the high demands of the metal processing industry. The FLC Series combines the latest developments in fiber laser technology, motion system technology and PC based CNC controls.

Kern Laser Systems is a leading manufacturer of fiber and CO2 laser cutting and engraving equipment. Family owned and operated, Kern lasers are proudly made in the USA. Enterprise-grade laser cutting machines have a hefty price tag, but it’s often because they’re built to cater to ALL needs. Business decision-makers that weigh every dollar spent against their company’s ROI understand the Thunder Laser USA message. That’s because our professional team will only sell you what you need, not a whole lot of functions you’ll never use. This is our edge as a manufacturer and distributor of laser machines.

Again, it is not possible to cover cutting speeds for every 4kW CO2 laser cutter so we will use an “average” cutting speed for these machines. Some CO2 laser cutters may cut a bit faster and some a bit slower. Note that these examples are for brand new laser and beam delivery optics and assume that the optics are in correct alignment. When fiber lasers were first introduced, at IMTS in 2008, there were only a couple of companies demonstrating them at the show; and they were first introduced at the 2kW level.

Inert gas cutting (i.e., fusion cutting or inert gas melt shearing), as indicated by the name, employs chemically inert assist gases. The particular assist gas employed depends on the material’s reactive properties. For example, since molten thermoplastics do not react with nitrogen and oxygen, compressed air can be used as the assist gas when laser cutting such materials. On the other hand, since molten titanium does react with nitrogen and oxygen, argon—or another similarly chemically inert gas—must be used as the assist gas in laser cutting applications involving this material. When laser cutting stainless steel via the inert gas cutting process, nitrogen is typically used as the assist gas; this is because molten stainless steel chemically reacts with oxygen. As the beam strikes the material’s surface, the material absorbs the radiation, increasing the internal energy and generating heat.

The neodymium yttrium-aluminium-garnet (Nd-YAG) laser – same as the Nd laser when it comes to style but Nd-YAG is used for boring and engraving where high power is needed. I knew absolutely nothing about laser engraving and started looking on the internet for information. I made several inquiries to companies but no one really wanted to take the time to talk to me and help me make a decision on what I actually needed. Danny was the only person who took the time to explain how each type of laser engraver worked, what they were best for, and came up with a couple top suggestions and price ranges based on my budget and needs. There are class 4 machines, which are open top and allow easy loading and unloading on all four sides. As Class 4 laser machines, they should be installed in a limited access area.

Made of 1/8” thick silver acrylic resin, this premium product delivers a comparable reflection to a standard glass mirror and is un-foggy and clear. The Herringbone inspired pattern of these coasters from Etsy seller GrainDeep has been laser engraved into the surface of the wood. Combining various thicknesses of chevrons adds visual interest for a style that can be used in both traditional and contemporary décor.