Maximum energy efficiency in continuous operation - tailor-made for stability studies according to ICH guidelines, stability tests for cosmetics and foods as well as environmental testing and material testing
This powerful climate chamber with <f:link.page pageUid="148">Advanced Peltier Technology</f:link.page> has more than earned the 'eco’ epithet. In continuous operation, it works around 90% more energy efficiently than compressor-cooled devices, does not require any refrigerant and is therefore nearly maintenance-free.
The temperature control from +0 °C to +70 °C as well as the active humidification and dehumidification from 10% to 90% rh in the HPPeco are optimally tailored to the requirements of stability tests in pharmaceutical industry (Q1A).
Due to its quiet operation the compact constant climate chamber is also suitable for breeding insects or zebra fish.
Active humidity control creates a controlled environment for accelerated life tests and 85/85 tests.
This climate chamber offers the full range of comfort, reliability, and safety. It has active humidity control set from 20 % to 95 % rh and an unsurpassed homogeneity of temperature and humidity over the entire interior.
It is suited for environmental testing, environmental simulation, accelerated service life tests, and 85/85 tests according to IEC 60068-2-67 and IEC 60068-2-78.
Unparalleled homogeneity of temperature and humidity. For stability testing according to ICH - WHO - EMA - ASEAN - GMP - GLP – GCCP.
Its excellent temperature and humidity homogeneity positions the climate chamber ICH in the international top league of stability test chambers. Thermal transfer to the interior – whether heat or cold – is guaranteed through a large-area air jacket on four sides. Thanks to its hermetically sealed interior, the climate chamber ICH does not consume any water once the setpoints have been reached, provided that the door is not opened. Two high-grade platinum temperature sensors with mutual monitoring guarantee interruption-free long-term operation even if one sensor should fail.
Memmert environmental test chambers guarantee the perfect atmosphere for climate and temperature tests
Rapid, precise and energy-saving temperature changes in the range from -42 ºC to +190 ºC, along with fast humidity recovery times, make the TTC temperature test chamber and the CTC climatic test chamber with humidity unit a perfect duo for controlled material testing, function tests, ageing tests or climate tests on composites, concrete, plastics or electronic components in material technology, the automotive and aerospace industries, and electronics.
Precise drying, heating, ageing, burn-in and hardening in research, science, industry and quality assurance.
Whatever you want to perform: material tests, ageing of computer chips, run complex experiments with highly sensitive loads, drying or tempering electronic components, hardening plastic resin or heating plasticine. The Memmert U universal heating oven / drying oven stands for unparalleled precise, even and gentle temperature control.
The Memmert pass-through oven saves time when loading and reduces the danger of contamination, especially when directly transporting the chamber load between the grey room and the clean room.
If you want to minimise contamination when transporting samples or components, the advantages of the UF TS are just what you need. Thanks to its easy-to-clean interior, fast recovery times after opening the door as well as homogeneous temperature distribution, this oven is the perfect material lock between the grey room and the cleanroom in the electronics and semiconductor, medicine or pharmaceutics industry.
The pass-through oven UF TS is based on the Memmert <f:link.page pageUid="https://www.memmert.com/products/heating-drying-ovens/universal-oven/#!filters=%7B%7D">standard heating oven UFplus</f:link.page> and it features all required technological highlights like product specific heating and perfectly adapted control technology. The top configuration with <f:link.page pageUid="144">TwinDISPLAY</f:link.page> ensures precision and <f:link.page pageUid="https://www.memmert.com/why-memmert/5-good-reasons/#safety">thermal safety</f:link.page>, especially when working in the cleanroom. However, as these units have to be adapted to meet users' specific demands, please get in contact with our experts for individual solutions us. We will find the optimum solution for your application.
For many years, and with great precision, our paraffin oven UNpa has served users in science and research in sample preparation.
Five model sizes, for high-precision temperature control of the embedding medium, such as paraffin or wax. The range of functions and thermal safety of the Memmert paraffin oven UNpa are designed specifically for an absolutely reliable sample preparation in histology, forensics or microbiology. Your benefits? An optimum cost/benefit ratio for an appliance that guarantees, for many years, precise and even warming of the embedding medium without any loss in quality whatsoever.
Digital pressure control ensures rapid and gentle vacuum drying. Its speed-controlled vacuum pump (accessory) saves around 70% energy.
Reliable, comfortable and energy-efficient - that’s how vacuum drying works today. Separately adjustable and directly heated thermoshelves ensure precise temperature control and, thanks to the digital pressure control, the chamber load is not only dried at high speed but also extremely gently in our powerful and robust vacuum drying oven. Together with the speed-controlled vacuum pump, the vacuum oven VO forms an unbeatably energy-efficient duo. The pump is perfectly tidied away in the matching base cabinet.
Safety at all times: High-end functions for the protection of cell cultures, bacteria cultures or tissue cultures.
The control system of the Memmert CO2 incubator ICO is so finely tuned that the appliance reaches the setpoint temperature very quickly and without temperature overshoots.
Alarm notifications to your mobile phone guarantee the safety of the chamber load, and the battery-buffered <f:link.page pageUid="https://www.memmert.com/why-memmert/5-good-reasons/#intuitive-operation">ControlCOCKPIT</f:link.page> ensures continuous CO2 control even when there is a power failure.
Ideal hygiene is a given too: rounded edges enable easy and thorough cleaning, the interior can be sterilised within 60 minutes at 180 °C.
Sets eco standards for cultivation below room temperature: unmatched energy efficiency, best values for heat-up, cool-down and recovery times.
Powered by the sophisticated Advanced Peltier Technology from Memmert, the IPPeco is the most energy-efficient and, simultaneously, the most powerful cooled incubator of its kind.
Compared to similar appliances, its heat-up, cool down and recovery times are much shorter. The Peltier-cooled incubator from Memmert saves on operating costs, ensures sample quality and makes work in a microbiological laboratory significantly more efficient.
Common applications are microbiological analyses, bacterial count determination, cultivation above & below room temperature, beer stability accelerated aging test, or shelf life tests of dairy products.
The incubator I is perfect for the world of research, medicine, pharmaceutics and food analytics, as well as food chemistry.
In the laboratory, the Memmert incubator I is ideal for all applications with temperatures up to +80°C – specifically for incubating living cultures at +37 °C. Thanks to the finely-tuned <f:link.page pageUid="https://www.memmert.com/why-memmert/innovation-leader/">control technology</f:link.page>, critical temperature overshoots are completely ruled out, valuable loads are therefore warmed up particularly carefully in this highly precise microbiological incubator.
Ideal for ramp operation with rapid temperature changes during incubation, breeding or storage.
Our ICP compressor-cooled incubator offers great results whenever a rapid and precise changeover between heating and cooling phases in ramp operation is required. Due to the finely tuned control technology, temperatures exactly reach the setpoint values without the need for energy-intensive bursts of power.
Ideal for the temperature control of ointments, emulsions, samples, plates and nutrient solutions in the laboratory, as well as warm storage and calibration in the industrial segment
The Memmert water bath for the temperature control of ointments, emulsions, samples, plates and nutrient solutions in the laboratory, as well as warm storage and calibration in the industrial segmentis available in six model sizes. The operating concept of the wather bath WTB impresses with its intuitive and convenient menu navigation. A special highlight: with the customizable, remote view CustomView, you can always keep an eye on the important information.
Blanket warmers are vital when attending to seriously injured patients, especially in emergency rooms, as well as in delivery rooms or recovery rooms, where they are useful on a daily basis. In a blanket warmer IFbw, blankets and cloths are preheated to a precise temperature. It is essential for keeping patients warm. This minimises the risk of complications such as wound infections, cardiovascular disorders, cardiac arrhythmia or vascular disorders.
The heating oven Um is a Class I medical device.
Memmert heating ovens Um or Umplus may be used for heating fango, silicate and APS packs for physical therapy and keeping them warm. Memmert is bringing medical devices of class I according to the regulation MDR (EU) 2017/745 into circulation.
Incubators Im may be used for heating fango, silicate and APS packs for physical therapy and keeping them warm.
Incubators Implus may be used for temperature control of rinsing and infusion solutions and contrast agents.
With the fine-tuned control technology, critical temperature overshoots are completely ruled out. Rinsing and infusion solutions are therefore heated precisely and particularly gently in this high-precision incubator. Memmert in cubator Im is bringing medical devices of class I according to the regulation MDR (EU) 2017/745 into circulation.
Safety at all times: High-end functions for incubation of cell cultures, bacteria cultures or tissue cultures.
The control system of the Memmert CO2 incubator ICOmed is so finely tuned that the appliance reaches the setpoint temperature very quickly and without temperature overshoots.
Alarm notifications to your mobile phone guarantee the safety of the chamber load, and the battery-buffered <f:link.page pageUid="https://www.memmert.com/why-memmert/5-good-reasons/#intuitive-operation">ControlCOCKPIT</f:link.page> ensures continuous CO2 control even when there is a power failure.
Ideal hygiene is a given too: rounded edges enable easy and thorough cleaning, the interior can be sterilised within 60 minutes at 180 °C.
Sterilisation instead of disinfection of instruments in the laboratory. The steriliser complies with all relevant standards and regulations for medical devices.
What is hot air sterilisation? Steriliser S makes use of dry sterilisation to ensure laboratory equipment and devices are sterilized. With this method, hot air, devoid of water vapor or moisture, makes sure the device is sterile without needing risk prone disinfection methods.
Each Memmert hot air steriliser S is classified as class IIb medical device. Memmert is bringing medical devices of class IIb into circulation according to MDD 93/42/EEC until 31.12.2028 according to the transitional provisions by the (EU) 2023/607.
This is a special, customized device made by Memmert’s <f:link.page pageUid="55">m360</f:link.page>. This device uses air circulation process to help with dishwasher usability tests. This tailor made device has several advantages. For example, it prevents temperature overshoots as its temperature control and heating power have been adapted to the test parameters stipulated in EN60436.
For gentle drying of bacteria and starter cultures or simulation of intercontinental flights.
Low-temperature vacuum drying enables pharmaceutical or food labs to gently dry bacteria and starter cultures in the cooled vacuum oven VOcool. Furthermore, programme-controlled storage and transport scenarios, for determining the behaviour of active ingredients or volumes at different pressure and temperature conditions, can be simulated.