Power Technology, Inc. introduces its 185mW violet IQ laser diode module. At 405 ± 10nm, the new violet IQ not only features nearly four times the power of its predecessor, but it provides significantly improved, diffraction-limited optical quality. (read more)

Melles Griot has designed a series of mounted anamorphic prisms specifically for violet diode lasers. These mounted anamorphic prisms comprise two identical prisms mounted at an incident angle close to Brewster's angle. 06 GPA Series (read more)

At 405 ± 10nm, Power Technology, Inc.'s new IQ laser diode module yields 50mW of circularized violet output. The Instrument Quality unit incorporates highly advanced beam shaping to achieve unmatched beam quality and circularity. (read more)

From Digi-Key, the GH04P21A2G makes full use of crystal growth technology developed for infrared, red, and blue-violet low-power laser diodes. (read more)

• 405nm output
• Low operating current
• TTL Modulation
• Circular or Elliptical Output

Power Technology, Inc. proudly unveils its highest power violet laser module to date. The new temperature controlled Instrument Quality (IQ) module emits 50mW of violet output at 405 ± 10nm. (read more)

Power Technology, Inc. proudly unveils one of its highest power violet laser modules to date. The new microprocessor controlled Instrument Quality (IQµ) module emits 400mW of violet output at 405 ± 5nm. This unique development in laser diode technology represents a significant increase in power over the company's popular 200mW version. (read more)

Extech's Non-contact InfraRed Thermometers point and measure technology provieds fast, easy and accurate reading for most surface temperature measurements. (read more)

The FiberTower series is the new generation of processing for direct part marking, UID & Deep Engraving. It is the most advanced, compact, industrial grade mid size system available on the market, and employs the new generation of solid state Ytterbium fiber laser systems of near infrared spectral range. (read more)

The Keyence VK-9700 offers advantages over SEMs, roughness meters and optical microscopes for observation as well as shape/surface analysis. Specimen cutting/processing is not required, the depth of field is large and 3D measurement is possible. Pre-processing, such as sputter-coating, is unnecessary. Large specimens can be examined and profile measurement can be performed. (read more)