BRM LASERS - Leading supplier of laser machines: laser cutting and engraving technology

Rubber is perfectly processable with a BRM CO2-laser! Making detailed personalized stamps, for example, is one of the most efficient and precise ways to process rubber. Rubber is a very elastic material, this makes processing rubber normally a difficult task. When cutting or engraving rubber with a knife or any other machine the result may be ragged, with a CO2-laser processing rubber is efficient, fast and very precise. Because rubber is strong, elastic, form retaining and flexible, it’s widely used in processes and products that suffer from the effects of all kinds of forces. These products include car tires, shoe soles, bicycle saddles, office supplies, signage, arts, and recycling. Rubber contributes to the safety, durability, and ease of use of various products in numerous ways. Without us being aware of it, we use many objects in which rubber is used every day.

BRM CO2-lasers are machines that are capable of engraving metals. To be able to do so it is necessary to apply a layer of Cermark or Thermark to the material, this is to hide the material’s reflective layer for precaution measures. If the spray isn’t used the possibility that the laser reflects off the material is present, which can cause damage to the machine. Cermark is a quick and easy way to add laser markings to many metals. Stainless steel, copper, and nickel can be engraved with a BRM laser machine using the Cermark or Thermark spray. The results are beautiful!

Engraving stone is often done with the help of our BRM lasers! Many types of stone like granite, sandstone, limestone, and bluestone have been engraved by our clients. Unfortunately, it isn’t possible to cut stone, this is because it requires too much power and produces a significant amount of pollution. However, engraving stone with our CO2 laser gives beautiful results! The laser beam leaves a mark on the stone because of the intense heat it produces, which on its own creates a spectacular effect on the surface! The best results created by the BRM machines are often made in the darker types of stones like marble or granite. These are realized when the stone is polished or when the stone naturally has a close-grained smooth structure. To make the results look even more astonishing our clients sometimes put waterproof paint on the engraved surface to highlight it. Stone The technique of engraving stone is mostly used in the memorial industry. Smoothly polished gravestones

By far the most glass we know is so-called float glass. It’s transparent, perfectly flat and available in various thicknesses, hardness’ and finishes. Colored glass is also available, this is obtained by the addition of metals. Figure glass gets a machined surface by allowing it to pass through specific rolls after the oven. After cooling the pattern remains visible. With wire glass, the metal grid is pressed into the hot glass by a roller. Opaline glass is clear glass with a thin layer of milk glass on it. Anti-reflective glass undergoes treatment during the casting process, which negates the reflective effect of the glass. Laser machine The best machine to process glass or mirrors is our BRM CO2-laser. Each type of material reacts differently to the impact of the laser beam, so there are hardly any regular guidelines for laser cutting or engraving with a laser machine, but the settings

Our BRM laser machine is the best option when it comes to engraving glass and mirrors! Simple designs or very detailed images? These can all be etched to the surface of the glass or mirror with a laser machine. Engraved mirrors and marked items of glass make great personalized gifts for weddings, birthdays and many other festive occasions. The best technique to draw on mirrors or tempered glass is laser engraving, the possibilities are endless! Anything you can design on paper can be transferred to glass. Laser engraving of glass and mirror is therefore often used for decoration and souvenirs. Drinking glasses, glass bottles, round and conical objects can be placed in a special rotating unit, which causes the object to rotate while being processed.