Fiber Laser Cutting Machine

The package also includes air-assist and cooling systems so that you do not have to search for them separately. By simplifying assembly or welding, tube laser cutting machines can reduce production costs by up to 30%. They deliver closer tolerances and more accuracy than laser cutting machines made by other brands on the market. Laser cutting is a slitting process with which metallic and non-metallic raw materials of different material thicknesses may be cut. This is based around a laser beam which is guided, formed, and bundled.

With flame cutting, the material’s ignition temperature must be below the melting point. With high-alloyed steels and nonferrous metals, flame-cutting with oxygen is feasible but, for qualitative and economic reasons, it is not ideal. Typical materials used in flame cutting, or oxygen cutting / Oxyfuel, are low-alloy steel, also referred to as mild steel stainless or aluminum, and cast irons. During the sublimation cutting process, the material changes directly from the solid to the gaseous state with as little melting as possible.

Eventually, however, the charcoal gets ‘full’ and no longer absorbs fumes. Once a week (sometimes more or less, depending on how often its used and what we’re cutting/engraving) we have to change the inner ‘pad’ pre-filter and clean out the foam dust-collector. Here are some hints that will indicate that you need to replace the filter.

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.

The after-sales service of each manufacturer is very different, and the warranty period is also uneven. In terms of after-sales service, we can provide customers with effective daily maintenance programs. And we also have a professional training system for machines and laser software to help customers get started as soon as possible. First, users must first consider the materials they need to process and the scope of business needs. It includes factors such as the thickness of the material to be cut and the type of material to be cut. Keep the laser, the machine, and the surrounding area clean, orderly, and free of oil pollution.And place the work-piece, plates, and waste materials as required.

Metal Tube Laser Cutter

2.5W lasers aren’t very powerful and can only easily cut thin materials like paper or thin balsa wood, whereas other materials will require a lot of time and many passes just to cut. So I would suggest you go with the 5.5W version of this machine to get the most out of it. That’s why I would recommend these laser cutters to hobbyists with experience or those who are serious about laser cutting and building new skills. Furthermore, CNC machines are highly customizable, so it pays off to know what you’re doing. Our specialists in laser cutting technology have over 25 years of experience. The knowledge gained during this time, combined with market feedback led to further development and optimization of Summa’s laser machines.

Keeping things cool is the secret to smooth, clean, and reproducible work that you’ll be proud to put your name to. Highly recommended because you won’t have to source an external extraction and calculate heat loads. By choosing a laser engraving, cutting, and marking system from ULS, you are choosing a globally recognized leader in DLMP® with nearly 30 years of perennial innovation in the laser system industry. Laser system users have confidence operating ULS platforms because they are the most flexible, scalable, and cost-effective laser material processing solutions available. Users can enhance business productivity, increase their return on future investments, and take advantage of ULS’ patented technologies with a singular laser system.

These machines are widely used by businesses in advertisement, craft & gift making, phone case engraving, and more. The laser cutting machine was developed to enable effective processing of workpieces and can be deployed very economically even with small batch sizes, in contrast to punching and nibbling. Some manufacturers have started producing combination machines, which combine the processes of laser cutting, punching and nibbling in a single piece of equipment. The way in which stainless steel can be cut economically is also an advantage, as well as the very complex shapes that can be produced. There are materials that laser cutters can’t cut due to safety reasons—such as polystyrene foam, fiberglass, and PVC, for example—but the majority of materials are compatible with laser cutting. Laser cutting uses a hyper-focused, thin laser beam to cut workpiece material.