Discover how laser marking is used in automotive manufacturing for traceability, serial numbers, Data Matrix codes, EV components and permanent identification.
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Discover how laser welding improves medical device manufacturing for surgical instruments, implants, pacemaker housings, catheters and titanium components.
Discover how laser welding improves electronics manufacturing for battery tabs, sensors, connectors, microelectronics and hermetic sealed packages.
How Laser Mould Repair Works and Why It Saves Thousands Author: David EarlPosition: Laser Welding Specialist, Laser Lines About the Author Dave has extensive experience in aiding manufacturers select and…
The regulatory landscape for medical devices is shifting quickly, and for UK manufacturers and contract engineers, the pressure to implement permanent, traceable marking on components and instruments has never been…
Having always been an integral part of the manufacturing and production processes, traceability of raw and finished materials and products is only becoming more and more important across the global…
What do you need to consider when selecting the best CO2 laser for your application? Lauren Knollmeyer, Synrad’s Market Analyst, goes through the important aspects including laser performance specifications, cooling methods,…
Our range of laser marking systems can be used in all kinds of applications, but one that has been keeping us busy lately is ensuring the traceability of medical instruments…
Laser Lines has been working with IHSS to improve the way it marks surgical instruments sent to them for decontamination and sterilisation. IHSS is a specialist business that is responsible…
The medical device industry is undergoing rapid regulatory change, with increasing emphasis on traceability, patient safety, and data transparency. For manufacturers, this makes laser marking not just a production step—but a compliance-critical…