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Temperature control appliances for the industry
Automotive – Electronics – Plastics - Metal

Applications and appliances for electronics, automotive, plastics and metal

Storing sensitive sensors in a climate chamber with a maximum temperature deviation of 0.2 K? Check! Reducing your process times during vacuum drying to an optimum, thanks to programme-controlled cycles for ventilation and temperature? Check! Ensuring interruption-free long-term testing? Check! Running experiments with defined air exchange rates? Check!

For decades now the wishes of our users have been incorporated in our products. This unconditional client orientation coupled with the highest quality standards is the basis for our successful partnership with the electronics, automotive, building, cosmetics, medical, plastics and metal industry. On this page you will find relevant applications as well as our highlight products for your industry.

You are looking for a temperature controlled device that perfectly suits your application? Our product selector sure helps to find it!

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We know how! Intelligent technical features make demanding applications possible.

Memmert knows exactly, what users from the industry need. Read here, which technological details make a Memmert heating oven, vacuum drying oven or climate chamber uniquely precise, reliable and efficient.

We know how:
Controlled air exchange

Certain standard applications require controlled fan function and fixed air exchange rates. For the appliances with a TwinDISPLAY, fan speed and flap position can be set in the ControlCOCKPIT with the touch screen or can be programmed as parameters of the test routine with the control and logging software AtmoCONTROL. More on „Why Memmert“

We know how:
Precision and perfect temperature distribution

The smaller the heating elements in an oven, the more they must be heated up to reach the required temperature in the interior. A Memmert heating oven with a volume of 749 litres is surrounded on all sides by 52 metres of heating elements. Six heating circuits are controlled separately from one another so that the required temperature is exactly attained and maintained at every point in the interior – linearly and without fluctuations. More on the “all-round surface heating”

We know how:
Drying of powder and granulate

To avoid, that samples dry extremely slow or even simmer in their own juice, Memmert has developed a turbo-drying system with vacuum cycles for its vacuum oven VO. Two vacuum values can be set between which the pressure in the interior is adjusted in a digital, well-controlled way. The advantages: Large amounts of dry air, which absorbs humidity, can be admitted within a short time and is then immediately extracted by the vacuum pump.

We know how:
Saving energy

In order to actually create exemplary energy savers, innovative ideas like using Peltier technology are required. In contrast to compressor technology, Peltier technology works in a particularly economical and energy-saving manner at temperatures close to the ambient temperature, since energy is only required if heating or cooling is needed. Therefore, very fine adjustments can be made to the heating or cooling functions. More on Peltier heating/cooling system

Case studies and applications in Industry

Controlled atmosphere: Even the beehive is 100% AtmoSAFE

Memmert has become rather enamoured with the honey bee. Consequently, for this reason and indeed many other reasons, we are supporting the Hobos project. This exciting project aims to bring this wonderful creature, which is irreplaceable to our planet, closer to both schoolchildren and students throughout the world.

Energy efficiency in the laboratory

It is well known that many people have a blind spot that time and again prevents them from saving energy to counteract climate change and the shortage of resources. Time pressure, convenience or the feeling of not being able to get anything done all by yourself all too often stand in the way of the best intentions where climate protection is concerned.

Preparation of samples of marine sediments in the cooled incubator

The mission of the research ship Belgica is the exploration of the marine ecosystem of the North Sea. The marine scientists on board use the journey home, which takes several days, to dry out their samples of marine sediments in the ICP incubator in the so-called wet laboratory.

Drying of strain gauges in the drying oven

Greg LeMond, Mark Cavendish, Normann Stadler and Faris Al-Sultan are only a few of the thousands of athletes who have monitored their performance with the help of an SRM PowerMeter during their athletic careers. The highly sensitive strain sensors in the interior of the device enable precision and measurement accuracy. The hardening of the strain gauges is performed in three Memmert drying ovens.