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

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
nmlaser

How An Industrial CO2 Laser Cutter Works

Quick Summary The industrial CO2 laser cutter has been a manufacturing standard for decades, and understanding how it works helps engineers and facility managers make better decisions about equipment selection, system design, and maintenance. This[…]

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June 10, 2026
nmlaser

CO2 Laser Settings: How To Optimize For Differe...

CO2 lasers have been workhorses in industrial and scientific environments for decades. Their longevity in the field comes down to one thing: versatility. A single platform can cut thick polymers on a production line in[…]

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March 29, 2026
nmlaser

CO2 Laser Shutters For Semiconductor Processing...

Semiconductor manufacturing depends on precise, repeatable laser control. A CO₂ laser shutter for semiconductor processing helps regulate power, protect components, and manage complex light pathways. These shutters are important in systems that demand exact timing,[…]

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September 5, 2025

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