Blue Lasers
Wavelength 400-500 nm.
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Product
Laser Marking Machine
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Napco Precision Instruments Co
*Output Power: ≤75W*Wavelength: 1064nm*Beam Quality: ㎡＜3*Repeat frequency：≤50KHZ*Marking scope: 100mm X 100mm*Marking Depth: ≤0.5mm*Marking Speed: ≤8000mm/min*Min. line width: 0.015mm*Input Power: ≤1.5KW
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Product
Laser
BDS-MM Series
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*Pulse Width Down to 60 ps*Repetition Rate 20 MHz / 50 MHz*Free Beam or Fiber Output*Optical Power Up to 40 mW*All Electronics Integrated*No External Driver Unit*Simple +12 V Supply*40 mm x 70 mm x 120 mm
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Product
Extra Narrow Linewidth ECL Laser Module
NLTLS-XXXX-XX-PS
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Narrow Linewidth ECL Laser Module series are high performance and industry-proven single frequency External Cavity Lasers (ECL) based on
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Product
Four-Wavelength Laser Source
CA6017 Series
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The CA6017 Can transmit with a wavelength-identification digital encrypted protocol, enabling the FHP2 power meter to automatically use the proper calibration wavelength. This feature reduces the need for communication between the two technicians and decreases the possibility of making mistakes
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Product
Diode Driver & Laser System Controllers
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The laser controllers provide a simple method of controlling Lumina and other popular laser diode drivers or full laser systems. They include the ability to easily control current levels, pulse modes, and interlock controls as well as monitor voltage and current levels as well as q-switch triggering, external triggering, sync output, and additional I/O signals.
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Product
Tunable Diode Laser Absorption Spectroscopy
5100 TDLAS
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The feature-rich 5100 TDLAS offers high-sensitivity, analyte-specific, fast-response measurements for critical industrial applications. It features a single absorption cell and integrated sample system in a compact, cost-effective package.
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Product
In-Situ Cross- Stack Laser Analyzer
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LS25 is an in-situ analyzer for non-contact measurement of the concentration of gases. The measuring principle of the LS25 is based on the principle of single line spectroscopy (Tunable diode laser absorption spectroscopy, TDLAS). A single cross-sensitivity-free absorption line of the gas to be measured is selected in the near infrared range. A single-mode diode laser operating at room temperature scans the respective absorption line. By using an opposite receiver, the absorption caused by the sample gas is measured and from this the concentration is calculated. An automatic correction for pressure and temperature changes is possible. In addition, the transmission is displayed respectively output as a signal for preventive maintenance.
