nmlaser

7 Benefits Of UV Laser Marking For Sensitive Ma...

Quick Summary UV laser marking creates permanent, high-contrast marks through cold ablation instead of melting, which protects heat-sensitive plastics, glass, and coated metals from cracking or discoloration. Short wavelength output also allows fine detail work[…]

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July 24, 2026
nmlaser

A Guide To UV Laser Singulation For Precision C...

Quick Summary UV laser singulation uses short, high-energy pulses to separate semiconductor dies, MEMS components, and thin substrates with a narrower kerf and far less mechanical stress than blade or plasma dicing. The process depends[…]

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July 24, 2026
nmlaser

Benefits Of CO2 Dental Lasers In Modern Dentistry

Quick Summary CO2 dental lasers cut and coagulate soft tissue at the same time, which lowers bleeding, shortens healing time, and often removes the need for sutures during minor procedures. The same 10.6 micron wavelength[…]

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July 16, 2026
nmlaser

Erbium YAG Laser Vs. CO2 Laser: Which Is Better?

Quick Summary Erbium YAG lasers target water in the skin more aggressively than CO2 lasers, producing shallower ablation with a shorter recovery window, while CO2 systems reach deeper and add more thermal coagulation for tighter,[…]

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July 13, 2026
nmlaser

How Laser Shutter Technology Enhances Optical C...

Quick Summary Laser shutter technology protects sensitive receivers and supports precise beam gating in laser in telecommunication systems built for satellite and deep space links. Reliable shutters allow ground teams to safely calibrate optical terminals[…]

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July 10, 2026
nmlaser

How To Accurately Measure The Power Of Your CO2...

Quick Summary Accurate CO2 laser power measurement depends on using a properly rated thermal or calorimetric sensor, capturing the full beam without clipping, and accounting for pulsed versus continuous-wave output. Dental and fractional CO2 systems[…]

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July 7, 2026

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