Used UVP CL-1000 #9328871 for sale

UVP CL-1000 is an automated exposure equipment designed for use in laboratories and research institutions. It utilizes a precision German shutter to provide uniform and repeatable exposure intervals from 1 millisecond to 99 hours. It also offers digital accuracy of up to a tenth of a second. CL-1000 provides a wide spectrum of light intensity ranging from 0.3 to 3 mW/cm², which allows for users to select their desired level of light intensity. Additionally, this exposure system features a variable fluorescence replacement filter, allowing users to fine-tune their experiment's luminescence. UVP CL-1000 has two ways to program timer: manual or programmable. In manual timer mode, users can set a single exposure time from 1 second to 99 hours as often as they need to do. In programmable timer mode users can set up a sequence or pre-designed experiment involving multiple exposure times to streamline their workflow. As well, CL-1000 offers multiple configurations depending on the user's needs. It is available in an exposure chamber or cuvette library format, and also has the option of a base unit, which can be accompanied by additional accessories. This exposure unit also includes a number of features to maximize safety and efficiency. The built-in cooling fan is designed to ensure optimum performance and prevent overheating. The machine is equipped with an emergency stop switch which can be used to immediately stop the timer if an unexpected problem occurs during an experiment. In addition, UVP CL-1000 is extremely easy to use. It offers an intuitive user interface that provides users with step-by-step instructions for beginning and running an experiment. Moreover, the tool is compatible with a range of computer operating systems and the included software allows users to easily store and access data for future use. Overall, CL-1000 offers a reliable and customizable exposure asset that can be used for many applications in the lab and research setting. Its built-in safety features, highly adjustable light intensity, and intuitive user interface make it an ideal choice for those looking for an efficient and effective way to perform experiments.