Used OMNICHROME 4056R-opto-A01 #164397 for sale

OMNICHROME 4056R-opto-A01 is a highly durable, robust and reliable laser that is capable of providing efficient, cost-effective and reliable operation for a variety of applications. The laser itself is a diode-pumped solid-state laser (DPSSL) that produces a visible wavelength of light radiation at a single frequency of 635nm with a continuous wave (CW) output of 40mW. This laser output is then isolated and collimated to ensure a stable output power, achieving optimal stability and spectral purity. The operating environment and usage conditions of OMNICHROME laser system can range from -10°C to +40°C, a relative humidity of up to 80% RH, and a maximum altitude of 10,000 feet. The laser itself possesses an IP-67 rated protective coating that provides excellent protection against dust, water and other contaminants in the atmosphere. Furthermore, the laser supports both continuous and pulsed outputs. The laser has a low divergence of 5ms-1 allowing for easy beam alignment to specific target spots. There is also onboard over-temperature protection as well as a remote shutoff switch for enhanced safety in a variety of environments. 4056R-opto-A01 is also highly diagnostic, generating accurate readings on what the laser is doing at all times, ensuring optimal performance. There are monitoring systems in place that can detect potential long-term burn, short duration over-temperature, or even when discrepancies are detected with the total power or power/temperature ratio. Setting up the diagram is relatively easy as the laser's modulation facility allows modulation of the output power to be set up on the same plane. Overall, OMNICHROME 4056R-opto-A01 laser provides a low cost, highly reliable and robust solution for a variety of applications. Its efficient design, diagnostics, protective coating, and modulation capabilities make it the ideal choice for both research and industrial applications alike. As such, it has become a popular choice for those needing reliable, robust, and cost-effective performance from a laser.