LAUDA Hydro H 20 SW Shaking Water Bath

The LAUDA Hydro H 20 SW Shaking Water Bath is engineered to provide precise temperature control ranging from 25°C to 99.9°C. This advanced laboratory instrument offers both linear and orbital shaking motions, tailored to specific model settings, ensuring thorough mixing and temperature uniformity for samples. Ideal for a variety of applications including biological, medical, and biochemical laboratories, it ensures homogeneous temperature distribution.

• Digital temperature regulation displayed on an LED display
• Continuous, load-independent stirring with soft start
• Electronic thermoregulator monitoring with dual temperature protection fuses
• Durable stainless steel construction for tank, frame, and key accessories
• Features an insulating lid to prevent heat loss and condensation drip

Operational Details:
The unit includes a perforated pan, removing the need for racks, and facilitating easy placement of flasks and containers directly on the bath's surface. Its rear-positioned drain valve ensures efficient water management.

Control Interface:
Equipped with a large TFT display and a water- and dirt-resistant membrane keyboard with softkeys, the interface guides users through operation effortlessly.

Applications:
Ideal for bacteriological and molecular biology tests, chemical reaction processing, thawing, metallurgical analyses, microbiological assay incubation, reagent heating, environmental studies, food quality control, and cytochemistry.

Accessories:
Enhance performance with the water level regulator to maintain constant water levels and support operations at temperatures lower than ambient.

• Efficient heating with the element beneath the sieve plate
• Protective visual and audible alarms
• Easily removable sieve plate for cleaning
• Constructed from high-quality stainless steel with an insulated, double-walled lid

Maintenance:
Limescale removal with commercial descalers is straightforward, and the internal tray facilitates quick cleaning due to its easy disassembly.