The incubating rocking platform shaker combines smooth rocking motion and incubation in one compact bench top unit. The spill resistant design channels fluids away from internal components. The microprocessor control provides electronic tilt angle adjustment which allows the user to easily adjust the rocking angle from zero to 15° while unit is operating. The PID temperature controller maintains precise temperature control from ambient 5 to 65 °C.
- Electronic tilt adjustment from zero to 15° while unit is operating
- LED display shows temperature, speed, tilt angle and time simultaneously
- Timer from 1 s to 160 h, with audible alarm when the time reaches zero
- Can be used at 5 to 40 °C (max 80% relative humidity, non condensing) in cold rooms, incubators and CO₂ environments
Easy to use controls allow users to adjust temperature in 1 °C increments. Precise speed control provides smooth, low speed rocking motion down to 1 min⁻¹. Touch pad controls with easy to read LED displays for temperature, speed, tilt angle and time allowing operator to view all settings at once. Provides repeatable and accurate results every time and is easily visible across lab benches. A hot warning illuminates when the air temperature in the chamber reaches 40 °C and remains on until the temperature cools to below 40 °C.
Polycarbonate lid allows viewing of samples without disturbing the internal temperature. Timer displays elapsed time or, when programmed to user-defined limit, will shut off unit when time reaches zero. Display will show last used settings, even after power has been turned off. Overload protection via audible and visual signals activated when system detects an obstruction or overload of the tray. Speed ramping feature slowly increases speed to desired set point to avoid splashing. Unit is ideal for cell cultures, staining and destaining gels, hybridisation procedures, haematology and blotting techniques.
Ordering information: Supplied without accessories. Mat must be ordered separately.
Caution: Note: Maximum speed/tilt angle may vary with heavy or unbalanced loads.
Centred on tray
