Used UVP C-600 #9377029 for sale

UVP C-600 is an exposure equipment designed to provide a safe and reliable method of exposing biological samples to ultraviolet radiation. This exposure system is capable of providing a precise range of wavelengths, intensities and exposure times to produce consistent results. The unit operates on three directional UV lamps that rotate across the sample for uniform exposure. The three sources of UV radiation are UVA (320-400 nm), UVB and UVC. This unit is equipped with a safety timer that limits exposure duration and a timer control feature that can be set to various intervals for repeatability. A digital control panel provides various functions such as selecting exposure times and wavelengths, as well as displaying the real-time intensity readings of the lamps. C-600 employs a unique chamber design that distributes the UV irradiance evenly over the sample. The exposure chamber is lined with light-absorbing material to minimize stray UV rays and reduce the chance of over-exposure. The chamber is also well insulated for consistent environmental conditions and temperature control. UVP C-600 offers superior safety features and user-friendly operation. It is equipped with an external interlock switch that isolates the UV lamps from the main power supply. It also includes an exposure chamber shutter machine to prevent accidental opening of the chamber door during operation. C-600 is suitable for a wide variety of laboratory applications, such as photochemical, photobiology, and photobleaching experiments. It is especially useful for long-term experiments that involve UV-sensitive materials, as it can provide accurate and reproducible results. In conclusion, UVP C-600 is an advanced exposure tool designed to provide reliable and reproducible exposure of biological samples to ultraviolet radiation. It features an insulated chamber, a digital control panel, and safety features for superior safety and convenience. With its capability to accurately control exposure times and wavelengths, it is ideal for photochemical, photobiology, and photobleaching experiments.