The cooling thermal shake touch is designed for applications that require consistent, precise results. With heating, cooling and shaking capabilities, this low profile unit uses interchangeable blocks to accommodate a wide variety of tubes and microplates. The LCD touch screen enables faster setting of temperature, speed and time, which can all be viewed at once. Display features on-screen help topics with operational tips. Touch screen is compatible with rubber gloves used in laboratories.

• Easy to use 4,3" colour LCD touch screen allows the user to save and visibly track progress through the live status bar for five user-defined programs, each with five individual steps
• Suitable for rapid heating, cooling and high speed shaking and a pulse mode feature, ideal for quick vortex applications
• Timer with audible alarm, 1 minute to 99 hours, 59 minutes, heat function will automatically shut off if the unit recognises an internal issue
• USB port can transfer information to a flash drive for data logging, program storage and software updates

Program control capabilities allow user-programmable operation for automated use and memory for five separate, five-step programs. Adjustable temperature ramp rate feature separately defines the heating and cooling rates in increments of 0,5 °C/min. Single-point calibration mode for maximum temperature accuracy, the single-point calibration procedure allows the user to calibrate up to six different defined temperatures. Constructed from a high quality heat and chemical resistant polymer, so the housing remains cool to the touch throughout normal operating temperatures. Maximum temperature-limiting function ensures the temperature will not exceed user-defined limits, allowing control of temperature-sensitive samples. A hot top warning illuminates when the temperature reaches 40 °C, and remains on until the unit is cooled below 40 °C.

The unit's enhanced electronics and dual-temperature sensors provide accurate, dependable temperature settings across the operating range of 5 to 35 °C, (maximum 80% relative humidity, non condensing). Applications include cell cultures, DNA, RNA, hybridisation and protein studies.