Lasers can be used to engrave virtually any type of material. The most commonly used materials for engraving are coated metals such as wood, acrylic marble, glass, leather plastic, as well as a variety of synthetic materials designed specifically for lasers. One can imagine the laser as a source of light that is similar to a lightbulb which emits energy to everywhere surrounding it.
Laser marking can also be called laser engraving. In contrast to conventional etching laser etching, laser marking does not require masks or chemical. Many call it laser etching, while others refer to laser engraving. Basically, the process utilizes a laser that is controlled by computers to create marks on a surface. It was not long before people in the industry of engraving to recognize the new lasers and , soon lasers were utilized for many industrial applications, including welding engraving, heat-treating and etchingfiber laser marking machine factory.
Most substances can be laser-engraved or laser identified. The term “light source” LASER is an abbreviation for Light Amplification through Stimulated Emission Radiation.
It is also possible to cut metal using lasers. The laser metal cutting feature can be added to certain models of Laser cutting equipment. The capability to laser cut complicated profiles will eliminate the requirement for additional processes, making laser cutting extremely cost-effective. Lasers can be used to cut the acrylic (Plexiglas), PETG, thin polycarbonates (Mylar) as well as styrene expanded PVC (Sintra) as well as wood, paper and fabrics.
Laser etching can be performed on a variety of other materials, including slate stainless steel, granite glass, leather, arborite mirrors, as well as high-quality hard woods. Laser cutting provides high-quality cut-edge with parallel surfaces and with no burrs.
Industries that make use of laser markings include engineering, marketing, and medical fields. Laser marking is a method by where the material is permanently identified at extremely fast speed (milliseconds per line). A few of the things C02 lasers as well as C02 laser systems can be utilized to mark and etching glass , quartz include float glass plants that manufacture glass windows and doors and windows, permanent serial numbering ANSI safety data such as customer logos and logos, decorative or special glass manufacturing, production data for the plant production dates and the date of line, and/or parts numbers.
Laser marking of glass with C02 lasers in the air or during movement can be an great addition to various industrial settings and applications of glass marking. Because there are no inks used to mark glass these services are permanent and environmentally friendly. Marking is easy to do by dividing the mark into batches of 1-10,000.
There aren’t any consumables to be used, therefore the operating expenses are low, and the laser system, when fully exhausted, operates very free of dust, which means that costly cleaning or waste disposal for byproducts is not required. A few of the laser engraving items include wedding favors namesakes, table nameplates, nametags as well as trophy engraving or laser wood engraving.
Laser engraving today can be utilized for the majority of tasks currently performed by conventional industrial engraving companies. It’s a feasible and versatile technology being utilized by a variety of engravers to increase productivity, offer additional services for their customers , and improve their earnings. There are many companies on the internet that manufacture laser engraving equipment laser marking systems, laser marking machines and laser equipment for etching.
