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air cooled lasers

Genesis CX-Series

Genesis CX-Series

Genesis CX-Series Based on OPSL technology, Genesis CX lasers feature outstanding reliability and performance. Wavelengths range from 355 nm to 577 nm and power scales from tens of milliwatts to 10 Watts, allowing these OPSLs to be tailored to the needs of your specific application. The Genesis CX…

Genesis CX-SLM

Genesis CX-SLM

…frequency drift. RMS noise is also minimized with a short upper-state lifetime of the gain medium, which is unique and unlike any other solid-state laser. The Genesis CX SLM-Series is designed end users and OEMs with a power supply that comes with or without a front panel interface. The software…

Off-the-shelf OEM Power Sensors

Off-the-shelf OEM Power Sensors

…OEM Power Sensors (RoHS) A wide variety of off-the-shelf OEM sensors covering a wide range of power.

Key Features:
* Small compact design
* Air- or water-cooled
* Cost effective
* 19, 35, and 50 mm apertures
* RoHS Compliant Contact Us About This Product PRICE HERE close OEM Power Sensors…

C24 Program

C24 Program

C24 Program With the Coherent C24 Program, any order that contains only C24 items will ship directly from the manufacturing site in Wilsonville, Oregon on the next business day. Use the Table below to see which products qualify. If you have any questions regarding the C24 Program, please contact us…

PowerMax-Pro USB/RS Sensors

PowerMax-Pro USB/RS Sensors

…μm 400 nm to 1100 nm; 9 μm to 11 μm 400 nm to 11 μm 400 nm to 11 μm Power Range Water-cooled 200 mW to 150W 200 mW to 150W - - 200 mW to 150W - Air Cooled 100 mW to 17W 100 mW to 17W 200 mW to 150W 200 mW to 150W 100 mW to 17W 100 mW to 17W Maximum Peak Power (W) 200 200 200 200 200 200 (use for >1…

Genesis MX-Series

Genesis MX-Series

…complete with a laser head and a front panel interface on the power supply. All three platforms are configured for either the OEM or end user. The MX OEM head is a component and comes with an optional temperature controller and/or power supply. Additional accessories include air or water-cooling,…

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…applications for gas lasers. In addition to optical noise, air-cooled gas lasers also suffer from disturbing fan vibrations and air flow/turbulences, required by their high cooling demand. These consequences/after-effects of the high (air-) cooling demand simply do not exist with laser diodes and…

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…applications for gas lasers. In addition to optical noise, air-cooled gas lasers also suffer from disturbing fan vibrations and air flow/turbulences, required by their high cooling demand. These consequences/after-effects of the high (air-) cooling demand simply do not exist with laser diodes and…

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…applications for gas lasers. In addition to optical noise, air-cooled gas lasers also suffer from disturbing fan vibrations and air flow/turbulences, required by their high cooling demand. These consequences/after-effects of the high (air-) cooling demand simply do not exist with laser diodes and…

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…applications for gas lasers. In addition to optical noise, air-cooled gas lasers also suffer from disturbing fan vibrations and air flow/turbulences, required by their high cooling demand. These consequences/after-effects of the high (air-) cooling demand simply do not exist with laser diodes and…

00 Laser Cooling.book

00 Laser Cooling.book

…the laser system. This is accomplished through the use of cooling water. Advantages of Water Cooling Ion lasers are typically cooled by means of air flow or water flow. Ion laser efficiency of input-to-output power is typically 0.02 - 0.04%. The practical limit to cool ion lasers by direct air flow…

00 Laser Cooling.book

00 Laser Cooling.book

…the laser system. This is accomplished through the use of cooling water. Advantages of Water Cooling Ion lasers are typically cooled by means of air flow or water flow. Ion laser efficiency of input-to-output power is typically 0.02 - 0.04%. The practical limit to cool ion lasers by direct air flow…

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