Laser Devices

Discover where laser welding is used across automotive, aerospace, medical, electronics, EV batteries and precision engineering, plus its key benefits and applications. Author: Laser Lines Editorial TeamPublished: 17 August 2026Category: Laser Welding | Applications Introduction Laser welding is used across a wide range of manufacturing industries where precision, repeatability and controlled heat input are important.

Discover how laser welding is used for aerospace components, including lightweight structures and precision parts. Explore the benefits, materials and applications. Author: Laser Lines Editorial TeamPublished: 17 August 2026Category: Laser Welding | Aerospace Manufacturing Introduction Aerospace manufacturing demands a high level of precision. Components may need to combine low weight with strength, dimensional accuracy and

Discover laser marking for electronics, including PCBs, components, plastics and metals. Explore UV, fibre and MOPA laser marking applications. Author: Lee Sells, Applications EngineerCategory: Laser Marking | Electronics Introduction Modern electronics manufacturing requires components to be precisely identified, traceable and durable throughout production and the product lifecycle. Laser marking provides a fast, accurate and permanent

Discover how laser welding is used in automotive manufacturing, from EV batteries and electrical components to bodywork. Explore applications, benefits and SISMA laser welders. Author: Laser Lines Editorial TeamPublished: 17 August 2026Category: Laser Welding | Automotive Manufacturing Introduction The automotive industry is under constant pressure to manufacture vehicles that are lighter, stronger, more efficient and

Discover how laser marking is used for aerospace components, including traceability, serial numbers, Data Matrix codes and precision metal marking. Author: Lee Sells, Applications EngineerCategory: Laser Marking | Aerospace Introduction Aerospace manufacturing places demanding requirements on precision, repeatability, durability and traceability. Components may need to remain identifiable throughout manufacturing, assembly, inspection, maintenance and service. Laser

Discover how laser welding improves electronics manufacturing for battery tabs, sensors, connectors, microelectronics and hermetic sealed packages. Author: David EarlPosition: Laser Welding Specialist, Laser Lines About the Author David Earl is a Laser Welding Specialist at Laser Lines with extensive experience helping manufacturers implement precision laser welding technologies across advanced manufacturing sectors. He works with

Discover how laser welding improves medical device manufacturing for surgical instruments, implants, pacemaker housings, catheters and titanium components. Author: David EarlPosition: Laser Welding Specialist, Laser Lines About the Author David Earl is a Laser Welding Specialist at Laser Lines with extensive experience helping manufacturers implement precision laser welding solutions for demanding industries. He works with

Discover how laser marking is used in automotive manufacturing for traceability, serial numbers, Data Matrix codes, EV components and permanent identification. Author: Lee Sells, Applications EngineerCategory: Laser Marking | AutomotivePublished: 17 August 2026 Introduction Automotive manufacturing demands high levels of precision, repeatability and traceability. From engine and transmission components to electrical connectors, sensors and EV

Author: David EarlPosition: Laser Welding Specialist, Laser Lines About the Author Dave has extensive experience in aiding manufacturers select and implement industrial laser welding systems. Specializing in precision engineering, mould tool repair, and production applications. Working closely with customers from automotive, aerospace, medical and precision manufacturing, she advises and supports engineers and managers in selecting

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 for the decontamination and sterilisation of medical devices. It operates out of four purpose-built decontamination facilities, which run 24 hours a day, 365 days a