Used TAYLOR WHARTON 17K #9288787 for sale

The Taylor-Wharton TAYLOR WHARTON 17K is a sophisticated cryogenic storage facility, designed to store and preserve medical and scientific samples even in extreme cold environment. It is the first of its kind, and is a breakthrough in temperature controlled storage technology. The Taylor-Wharton 17K is equipped with state-of-the-art features, including an advanced cryo-control equipment that allows for precise temperature regulation down to -170°C. This temperature can be maintained for extended periods of time without any disruption due to the automated monitoring system and cooling technologies, which keep the environment optimally stable and controlled. It is also designed to be extremely user-friendly, thanks to the digital controls, intuitive interface, and a clear overview of unit status. The Taylor-Wharton TAYLOR WHARTON 17K is installed with many safety measures, such as an alarm machine that alerts personnel in the event of any temperature fluctuations, as well as a built-in emergency shutoff tool to help prevent accidental damage to the samples or to the storage facility itself. Other features of the asset include a spacious and organized interior layout, which allows better instrumentation access, as well as convenient storage compartments for easy sample organization and identification. Other important features of the Taylor-Wharton 17K are its energy-efficient design, which helps lower running costs, and its portability, which facilitates the relocation of stored samples to other facilities or laboratories. In addition, it is compatible with a wide range of third-party cryogenic systems, making it easier to integrate into any existing setup. All in all, the Taylor-Wharton TAYLOR WHARTON 17K is a sophisticated solution to preserve sample integrity and ensure optimal performance in any cryogenic storage conditions. Its durable and robust design, energy-efficient model, portability, and safety features make it an ideal choice for researchers and laboratories with high-value samples that require precise temperature control and reliable preservation.