Keyence Precision Laser Marking & Sensing Systems
ISO 9001-certified with 24 years of specialized experience in laser-material interaction science. Setting the standard for traceable, verified, permanent marking across 55+ countries.
ISO 9001-certified with 24 years of specialized experience in laser-material interaction science. Setting the standard for traceable, verified, permanent marking across 55+ countries.
Keyence's technical expertise was evident from the first consultation. Their applications engineers characterized our titanium alloy substrate in 48 hours and delivered marking parameters that achieved 100% readability on our Cognex verification station. We evaluated three competing platforms over 90 days; Keyence's system was the only one that maintained consistent mark contrast after our thermal cycling qualification at 260°C.
Engineered for demanding applications across automotive, medical, aerospace, and electronics manufacturing.
20W-100W fiber sources with sub-micron resolution. Optimized for metals, engineered plastics, and coated substrates requiring permanent traceability.
355nm cold-processing UV sources for heat-sensitive materials. Minimal thermal affect zone enables marking on thin films, glass, and medical-grade polymers without substrate degradation.
Integrated marking and inline verification in a single platform. Machine vision confirms code readability against ISO/IEC 15415 grading standards before parts leave the station.
Positioning accuracy down to ±0.003mm with advanced galvo scanners and autofocus systems. Consistent quality across production volumes exceeding 10,000 parts per shift.
Integrated vision verification confirms mark readability in-line with 99.97% first-pass verification rates. Each parameter set undergoes a 47-point validation protocol before deployment.
Over 340 material-substrate combinations characterized, from anodized aluminum brackets to UHMWPE medical implants. Free sample testing with detailed parameter reports.
Specialized marking and traceability solutions engineered for regulated and high-precision manufacturing environments.
VIN marking, component traceability, direct part marking per AIAG B-17 standards.
UDI marking per FDA 21 CFR 801, biocompatible marking on surgical instruments and implants.
Permanent marking on superalloys, titanium, and composites per AMS 2431 and MIL-STD-130.
PCB marking, IC package serialization, and fine-pitch 2D code marking on sensitive substrates.
Our applications engineers will evaluate your substrate, recommend optimal parameters, and provide a detailed feasibility report. Sample testing is complimentary for qualified projects.