Laser processes - Import export

Since laser cutters process virtually all materials, they are an asset to almost any organisation. There are so many opportunities and applications! From cutting small parts for scale models to cutting acrylic for POS displays like bread bins in supermarkets. In completely different industries, hundreds of satisfied customers work with a BRM laser cutter. Our best-selling BRM Original laser cutters are available in several sizes with working areas of up to 1000 x 1600 mm. If you are looking for a larger working area, please check our BRM Open Bed machines. These have a working area up to 1500 x 3000 mm. These larger machines are often used by production companies, among others. The technology of a laser cutter is fascinating! In the machine, a powerful beam of light is generated. When this beam comes into contact with a material, it evaporates. This allows you to cut through materials. Inside the machine is a glass tube

High precision automated laser marking is a process of marking or engraving a material using a high-powered laser beam. This process is widely used in a variety of industries including medical, automotive and smart devices manufacturing. The laser beam can mark materials such as metal, plastic and glass with extreme accuracy and detail down to micron scale. This makes it possible to mark the smallest materials and components.

The Wattsan 1610 DUOS LT medium format laser machine is designed for mass production and cutting non-metallic materials. The machine is equipped with two cutting heads which enable it to process materials at an incredible speed. The Wattsan co2 laser machine can simultaneously cut or engrave two identical objects. Engraving : Wood, plywood, cardboard, paper, plastic, plexiglass (acrylic), leather, fabric, fur, PET, MDF, glass, stone, etc. Cutting : Wood, plywood, cardboard, paper, plastic, plexiglass (acrylic), leather, fabric, fur, PET, MDF, rubber, paronite, foam rubber The anodized blades prevent the laser beam from bouncing and hitting the laser head or the operator. The through table allows the CNC laser machine to process materials of unlimited length.

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.

Foam is a great material that’s perfectly processable with a BRM CO2 Laser! Engraving and cutting foam is efficient and very precise. Foam is often used in industries like packaging, transportation, and soundproofing. But foam isn’t only used for these applications, it’s also used for artistic reasons, think of souvenirs or photo frames. A laser machine is the only machine that can process the material so accurately without touching it at all. The laser hovers above the foam and creates the engraving and cuts from there. There’s no pressure exerted on the material and it doesn’t need to be fixed to the work surface during the engraving process. Laser technology eliminates the risk of damage during cutting or engraving that you would have with a knife, foam cutter or any other tool. Just insert the material and off you go! Foam made of polyester, for example, is perfectly suitable to be processed with our BRM laser machines. A BRM laser isn’t only able to process

Working with cardboard? A BRM CO2 laser is extremely useful for laser cutting or engraving a wide range of materials. Cardboard is just an example of those. Laser cutting puts no pressure on the material, so no rips or creases will arise. Engraving is possible, without damaging the rest of the material. Just as with all other materials, laser cutting is a contactless process. It can create detailed precision cuts that no other machinery can provide. There are many ways to cut cardboard but hardly any are as effective as laser cutting. Our laser cutting and engraving technology is ready for any of your awesome ideas!

How to laser cut paper and cardboard Working with cardboard or paper? A BRM CO2 laser is extremely useful for laser cutting or engraving a wide range of materials. Paper and cardboard are just a few examples of those. Laser cutting puts no pressure on the material, so no rips or creases will arise. Engraving is possible, without damaging the rest of the material. Just as with all other materials, laser cutting is a contactless process. It can create detailed precision cuts that no other machinery can provide. There are many ways to cut cardboard and paper but hardly any are as effective as laser cutting. Our laser cutting and engraving technology is ready for any of your awesome ideas! A BRM laser machine enables you to create detailed precision cuts and engravings that are impossible to be made by hand. Imagine cutting a complex pattern by hand. Less accurate for sure and way more time-consuming! The rapid laser technology guarantees