Used UVP PR-100 #9389801 for sale

UVP PR-100 is an innovative exposure equipment designed to provide high-end imaging of nucleic acids, proteins, blots, and more. Using a unique combination of UV and visible light sources, PR-100 provides superior performance and optimal imaging. UVP PR-100 is equipped with two separate light sources; an ultra-violet (UV) light source and a visible light source. The UV source has a light illuminance range of between 0 and 4mW/cm2. This high intensity of light allows PR-100 to be used even for imaging on the nanometer scale. The visible light source has a range of between 0 and 100mW/cm2 and provides low-intensity steady illumination with minimal bleaching of sample materials. UVP PR-100 also features an advanced optical filter system. This unit imposes tight control on the spectral bandwidth of the light passing through the machine to minimize interference from outside sources. The tool also includes an adjustable aperture which can be used to vary the intensity of the light reaching the sample. PR-100 is designed with convenience and safety in mind. It features a ergonomically designed tray, making it easy to move and position the device. It also includes an automatic shutoff asset which turns the unit off after a predetermined time, and a safety cut off switch which can be used in the event of an electrical blackout. In addition to the features mentioned above, UVP PR-100 provides a number of other benefits. It is highly compatible with existing laboratory systems, making it easy to integrate into a laboratory workflow. It is also extremely easy to use, allowing users to focus on the tasks at hand rather than the equipment. Finally, PR-100 is extremely reliable and can be used for extended periods of time without requiring servicing. In conclusion, UVP PR-100 is a revolutionary device that provides superior imaging of nucleic acids, proteins, blots, and more. It is reliable, safe, and easy to use, making it an ideal choice for any laboratory needing high-end imaging capability.