Surface processing - Import export

If you’re working with leather the BRM laser is the engraving machine that is perfect for you! Leather is being used to fabricate various products. It’s often engraved with figures or letters using laser technology. Our lasers enable the engraving and cutting of leather without decreasing the quality of the end product. A laser machine is the only machine that has a contactless processing method. The laser hovers above the leather and creates the engraving from there. There is no pressure exerted on the material and it doesn’t need to be fixed to the work surface during the engraving process. Even though leather is a tough material to process, it is sensitive to damage. Laser technology eliminates the risk of damage during cutting or engraving that you would have when using a knife or any other tool. So many things can be made using CO2 laser machines, labels for the clothing industry, personalized wallets, belts, amazing prints for shoes and way more things.

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

Features Pneumatic slit-laminar nozzle with uniform spray distribution throughout the entire spray pattern area. While multiple-nozzle alignment of conventional pneumatic spray nozzles leaves some spots unwashed, PSN nozzles provide uniform spray distribution and achieve a complete cleaning, leaving no spot unwashed. PSN can be used at a short distance. *1) Measured at compressed air pressure of 0.1–0.4 MPa (ca . 1 bar – 4 bar) and liquid pressure of 0.1–0.4 MPa (ca . 1 bar – 4 bar) for PSN nozzle with slit length of 1000 mm and slit opening of 0.05 mm. Applications Cleaning: Glass substrate, liquid crystal Cooling: Steel plates, moldings Moisture control: Paper, cardboard [Steel making industry] Surface finish process: Precision cleaning for steel surface treatment, Roll cleaning

Features Flat spray pneumatic nozzle producing semi-fine (and semi-coarse) atomization having a mean droplet diameter of 50μm or more. (*3) High spray impact with thin flat spray pattern and uniform distribution. Liquid pressure type under the liquid pressures of 0.2–0.5 MPa (ca. 2 bar – 5 bar). Large turn-down ratio with stable spray angle. Spray angle of 60° or 80° *1) Measured at compressed air pressure of 0.4 MPa (ca. 4 bar) and liquid pressure of 0.5 MPa (ca. 5 bar). *2) Free passage diameter of nozzle orifice. *3) Measured by Laser Doppler Method. Applications Cleaning: Printed circuit boards, liquid crystal, liquid crystal display, steel plates [Steel making industry] Surface finish process: Precision cleaning for steel surface treatment, Roll cleaning

Our flange protectors consist of a high quality rubber with a special adhesive layer. This means that the masking rubber can be easily removed after the treatment without leaving any glue residue. This has been developed to protect flange surfaces or other processed surfaces during (sand)blasting, coating, transport, and storage.