The amount of sap or resin in the wood makes a huge difference when it comes to using a laser cutter machine. Instead, for cutting wood with a CO2 laser, a 9.3 or 10.6-micron fiber beam produces the fewest burn marks. However, you need to select one that’s especially designed for laser cutting, such as birch plywood.Įven the wavelength of the laser affects the cut edge of your material, with a 1.06-micron fiber laser not being advisable. It’s one of the most versatile materials, with a wide range of sizes and styles. Plywood: Plywood is one of the more difficult substrates to cut without burning, although it is possible if you use our tips below.It might not work with laser cutting, depending on what the core material is. Veneers: Veneered wood uses wood as the material on the surface, so engraving can work well in many cases.The result of this is a darker edge with a higher likelihood of burning. Hard wood: Hard woods like cherry and oak are more prone to scorching than light wood because you’ll need to use a stronger laser to engrave or cut the surface.Using lighter wood results in the least amount of contrast between the original surface and the new cut edge. Soft wood: Soft woods like balsa and alder require a low power setting and cut easily without too much resistance.Materials like plywood and MDF are more challenging due to the high glue content - but if you do need to use them, using tape, a coating or sanding afterwards are always options. Laser cutters tend to work best with softer woods that have a simple grain pattern, like alder and basswood. Some types of wood are better for laser cutting than others, largely because of the amount of glue binders used to make certain wooden materials. You can also amend the laser cutting machine’s settings, apply a coating, use air assist - and make sure that you choose the right wood, ideally with a high moisture content. There are several ways to avoid these stains, with the most popular being to put application tape on the surface of the wood. As such, there’s no need to be worried about the laser damaging wood it’s just a case of taking precautions to avoid staining your woodworking. Just like on the inside of a chimney, soot from the burning of organic material is deposited on the surrounding area. The first thing to understand is that the laser beam never actually touches the surface of the wood. In this article, we’ll tell you which types of wood to avoid and provide helpful tips about cutting wood with a laser without burning it. However, by using the right substrate and carefully following guidance, you can keep time-consuming cleanups to a minimum during the cutting process. With some materials, no matter where the focus of the laser is, burn marks are inevitable. If you need to provide unconventional size plates and rods, please contact us for sales.One of the skills CO2 laser engravers and cutters need to master is trying to avoid creating scorch marks on the edges of the engraving. Romiller's personalized customization service meets the customer's performance requirements for materials, expands the customer's material selection space, and creates value for customers. Wear-resistant, carbon fiber reinforced, nano-plastic, glass fiber reinforced (LFT), high specific gravity, low specific gravity, high temperature resistance, high toughness, thermal insulation, electrical and thermal conductivity, laser marking, magnetically detectable, spray-free plastic and special dyeing Plastic plates and bars. It is worth noting that in order to meet the requirements of customers' personalized and differentiated materials, Romiller can customize materials with the following functions: these include structural reinforcement, anti-static, conductive and electronic shielding, flame retardant and self-lubricating. ![]() Romiller can provide plastic sheets and rods with different properties such as carbon fiber, aramid fiber, PTFE, mineral, graphene, carbon nanotube, metal powder, glass fiber, glass microbead, molybdenum disulfide, stainless steel fiber, silicone oil, etc. But not resistant to strong nitric acid, concentrated sulfuric acid. Compared with other special engineering plastics, PEEK has many excellent characteristics, its temperature resistance reaches 260 ° C and its mechanical properties are stable, self-lubricating, chemical corrosion resistance, flame retardant, peeling resistance, abrasion resistance, radiation resistance and high mechanical properties. ![]() PEEK (polyetheretherketone) is a special engineering plastic with excellent performance.
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