en-USsk-SK

JULABO GmbH

Baths & Shaking Water Baths



JULABO GmbH
Working temperature range: +25 °C to +99.9 °C
Bath filling volumes: 4.8 to 30 liters
Heating capacity: up to 2 kW

Julabo’s PURA water bath series sets the new standard for conventional bath technology. Instead of stainless steel PURA uses polycarbonate for its sidewalls resulting in better insulating properties, being less conductive and still equal in terms of cleanliness and hygiene. The enamel surface is as hard as glass, scratchproof and extremely durable. It provides optimal hygienic protection because bacteria and other microorganisms are unable to breed in the water bath. All water baths have an integrated drain tap as well as an internal timer function and USB data port.

All PURA water baths are ideal for routine applications such as temperature control of samples, incubations, material testing, corrosion tests, cell cultivation, food and beverage testing. More information

JULABO GmbH
Working temperature range: +20 to +99.9 °C
Bath filling volumes: 8 - 20 liters
Insert capacity: 24 - 240 test tubes (17 mm dia.)
Heating capacity: 2 kW
Shaking frequencies: 20 - 200 rpm (adjustable)

Julabo’s shaking water baths (SW series) are ideal for applications like temperature control of samples, incubations, material testing, corrosion tests, cell cultivation, food and beverage testing as well as enzyme and tissue studies, homogenization, fermentation, incubation and blood plasma thawing. The stainless steel bath tank with splash water protection and low water-level warning and timer functions are special advantages. More information

JULABO GmbH
Working temperature range: -30 to +300 °C
Bath volumes: 8 - 24 liters
Heating capacity: 2 - 3 kW
Cooling capacity (at 20 °C): 0.46 kW
Pump flowrate: 22 - 26 liters/min
Pump pressure: 0.4 - 0.7 bar

Julabo’s calibration baths are ideal for high precision calibration of sensors, measuring devices, thermometers as well as other applications in calibration laboratories and offer the highest available temperature stability (±0.005 °C). More information