Uploaded August 2026 | Updated September 2026, 2 days ago
Discover how UV laser technology enables high-precision marking of semiconductor components, including lead frames and crystal resonators.
In this video, explore Laserax UV laser marking solutions designed for permanent identification, traceability, and precision marking of small and sensitive semiconductor components.
Applications featured in the video include:
- Lead Frame Laser Marking – Permanent, high-contrast identification for semiconductor lead frames, supporting reliable part identification and traceability.
- Crystal Resonator Laser Marking – Precise marking for crystal resonators and other sensitive electronic components where fine features and controlled processing are critical.
- UV Laser Annealed Marking – Controlled surface marking that creates a high-contrast identification mark without significant material removal.
- UV Laser Micromachining & Engraving – Precise material removal for applications requiring defined marking depth, fine details, and controlled engraving.
UV lasers are well suited for semiconductor and electronics applications requiring high precision, repeatability, fine feature resolution, and controlled thermal impact. The short UV wavelength enables highly localized processing for demanding component marking applications.
Laserax develops advanced UV laser solutions for semiconductor manufacturing, supporting precision applications including component marking, wafer marking, scribing, micro-texturing, cleaning, and micromachining.
Learn more about Laserax semiconductor laser solutions:
laserax.com/semiconductors
Contact a Laserax expert:
laserax.com/ask-expert
Discover how UV laser technology enables high-precision marking of semiconductor components, including lead frames and crystal resonators.
In this video, explore Laserax UV laser marking solutions designed for permanent identification, traceability, and precision marking of small and sensitive semiconductor components.
Applications featured in the video include:
- Lead Frame Laser Marking – Permanent, high-contrast identification for semiconductor lead frames, supporting reliable part identification and traceability.
- Crystal Resonator Laser Marking – Precise marking for crystal resonators and other sensitive electronic components where fine features and controlled processing are critical.
- UV Laser Annealed Marking – Controlled surface marking that creates a high-contrast identification mark without significant material removal.
- UV Laser Micromachining & Engraving – Precise material removal for applications requiring defined marking depth, fine details, and controlled engraving.
UV lasers are well suited for semiconductor and electronics applications requiring high precision, repeatability, fine feature resolution, and controlled thermal impact. The short UV wavelength enables highly localized processing for demanding component marking applications.
Laserax develops advanced UV laser solutions for semiconductor manufacturing, supporting precision applications including component marking, wafer marking, scribing, micro-texturing, cleaning, and micromachining.
Learn more about Laserax semiconductor laser solutions:
laserax.com/semiconductors
Contact a Laserax expert:
laserax.com/ask-expert
