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Thermostats



The user can nou access high-quality temperature control equipment with a modern design in the form of the newly developed LAUDA Alpha equipment range. By reducing functionality to the essentials, LAUDA is able to offer equipment which has the best price-performance ratio in this class. The use of high-quality components and materials, for example stainless steel for the baths, guarantee robust cooling and heating thermostats with a long operating life.

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All LAUDA Ecoline Staredition devices have a highly-effective, 5-stage Vario pump. thanks to its centrifugal pump, you get the utmost in power yet consume only as much engergy as is necessary. The LAUDA Verio pump prevents unnecessary engergy input into the bath. Without the need for additional cooling, you can work from ambient temperature at pumping stage 1 in most cases. All heating thermostats can be additionally cooled by means of the cooling oil integrated as standard.

Fields of application: precise thermostating and the preparation of samples in the fields of the chemical/pharmaceutical industries, quality assurance, analytics, electronics, life sciences and medicine.

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LAUDA Proline devices have the unique high-performance Varioflex pump. This extremely reliable pressure and suction pump with its eight output steps enables flexible adjustment to the required capacity. By means of the robust thermostatting system and most modern program controllers, the LAUDA Proline enables the most demanding cyclical temperature controls.

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Powerful for indirect thermostating taks.

Integral T process thermostats are particulary suitable for the external thermostating of reactors, mini plants and calorimeters, whereby wide temperature ranges and fast temperature changes are essential.

The Integral XT process thermostats are characterised by extremely-fast temperature changes which are founded in the low, internally thermostated heat-transfer volumes. The efficient devices work according to a completely new technological principle, and increase the upper and lower limits of the working temperature range.

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