This is our most compact floor-standing laser marking system that is also very budget-friendly. It’s got smooth gliding doors and modular side panels that can be removed to process large parts or automate loading.
Aerospace
Laser Marking in the Aerospace Industry
Flight-Safety Traceability & Compliance
Permanent part identification via laser marking is essential for meeting rigorous FAA/EASA aerospace standards. Beamer’s laser marking solutions – surface annealing and deep engraving – provide a structural modification that remains impervious to extreme thermal cycling and chemical exposure. Unlike traditional marking methods, these high-contrast data matrices and serial numbers resist degradation, ensuring that critical components like turbine blades and cockpit hardware maintain 100% traceability throughout their operational lifespan.
Surface Integrity for High-Performance Alloys
Maintaining the metallurgical properties of flight-critical alloys requires precise energy control. Our laser marking process is engineered to minimize the heat-affected zone (HAZ), preventing the micro-cracking and mechanical deformation associated with traditional dot peen or chemical etching. By utilizing a non-contact, low-stress marking method, we deliver high-contrast identifiers without compromising the fatigue strength or corrosion resistance of the substrate, meeting the most rigorous non-destructive testing (NDT) standards.
Engineering Solutions for a Diverse Industrial Landscape
Systems Tailored to Your Sector’s Rigorous Standards
Laser marking is the backbone of modern industrial traceability. At LASE, we don’t just provide hardware; we deliver integrated solutions designed to thrive in your specific production environment. From the cleanrooms of medical device manufacturing to the heavy-duty floors of automotive assembly, our fiber and CO2 systems ensure your identifiers are as permanent as the parts themselves.
