Digital 3D Shaker - SHWV02DG - OHAUS

Ohaus SHWV02DG Digital 3D Shaker

The OHAUS digital 3D shaker ensures precise speed control and gentle, three-dimensional "wave" motion, creating minimal foam. Ideal for use in a wide range of laboratory applications and designed to be used in various environmental conditions. The platform includes a non-slip rubber mat to hold Petri dishes securely.

Operating Features:

Low-profile design: Takes up less space and easily fits in most hoods and incubators.
Microprocessor control: Variable speed microprocessor control ensures uniform and consistent agitation. The microprocessor displays the last set point and restarts in case of power interruption.

LED display: Touch controls to display speed and time. Provides precise and reproducible results every time. The timer displays elapsed time or, if a limit is set, stops the unit when it reaches zero. The display shows the last used parameters, even after power is turned off.

Safety Features:

Overload protection: Audible and visual signals activate when the system detects an obstruction or overload on the platform.
Speed ramping feature: Gradually increases speed to the desired point to avoid splashing.
Audible alarm: In programmed mode, an alarm sounds when the timer reaches zero.
Waterproof design: Directs liquids away from internal components in case of system intrusion.

Operating Conditions:

The unit can be used in cold rooms, incubators, and CO2-rich environments ranging from -10 to 60 °C with humidity levels up to 80%, without condensation.

Additional Information:

Device comes with an instruction manual, a connection cord, and a 29.9 × 22.2 cm non-slip rubber mat.

If you would like to learn more about the capabilities of this product and to determine which accessories best suit your needs, feel free to consult the downloadable documentation available under the documentation tab. If you cannot find the product or accessory you are looking for, or if you need assistance in setting up the ideal device, please do not hesitate to contact us.