Uploaded June 2025 | Updated September 2026, 1 day ago
Laserax’s laser part marking technology can be used upstream to ensure complete part traceability throughout your production process. It can resist harsh post-process treatments such as shot blasting, shot peening, phosphating, e-coating and heat treatments. Permanent marking at early production stages not only minimizes traceability issues but also eliminates the need for masking and consumables! In this video, we see a pinion and ring gear set laser marked at high speed.
Laserax delivers production-grade laser part marking processes for challenging industrial operations. Our systems can be used upstream to ensure complete part traceability throughout your production process, thanks to a patented post-process-treatment-resistant laser marking technology.
Our systems create permanent Data Matrix Codes (DMC) and text identifiers that remain readable after shot blasting, shot peening, phosphating, e-coating, paint, and heat treatment. The result is cradle-to-grave (permanent) traceability that accelerates root cause analysis, stabilizes quality gates, and reduces rework tied to unreadable IDs. Thanks to laser part marking at early production stages, manufacturers eliminate masking, avoid consumables, enhance quality control, and protect throughput.
Learn more about our automated laser marking solutions: laserax.com/laser-marking-machines
Contact us: laserax.com/ask-expert
Laserax’s laser part marking technology can be used upstream to ensure complete part traceability throughout your production process. It can resist harsh post-process treatments such as shot blasting, shot peening, phosphating, e-coating and heat treatments. Permanent marking at early production stages not only minimizes traceability issues but also eliminates the need for masking and consumables! In this video, we see a pinion and ring gear set laser marked at high speed.
Laserax delivers production-grade laser part marking processes for challenging industrial operations. Our systems can be used upstream to ensure complete part traceability throughout your production process, thanks to a patented post-process-treatment-resistant laser marking technology.
Our systems create permanent Data Matrix Codes (DMC) and text identifiers that remain readable after shot blasting, shot peening, phosphating, e-coating, paint, and heat treatment. The result is cradle-to-grave (permanent) traceability that accelerates root cause analysis, stabilizes quality gates, and reduces rework tied to unreadable IDs. Thanks to laser part marking at early production stages, manufacturers eliminate masking, avoid consumables, enhance quality control, and protect throughput.
Learn more about our automated laser marking solutions: laserax.com/laser-marking-machines
Contact us: laserax.com/ask-expert
