Do you have an application and are looking for a suitable way to control the temperature? We will coordinate with you to find the perfect solution for your application, regardless of the industry you operate in. On this page you can learn more about where our instruments and custom solutions are used.
JULABO has stood for professional temperature control for more than 50 years. We have customers working with our high-quality temperature control solutions in almost all areas of research and industry, benefiting from the exceptional JULABO quality. With 11 subsidiaries worldwide, customer service and support play a key role at JULABO. In particular, the solution-oriented JULABO Custom Solutions department focuses on professional and individual custom applications. For every customer-specific requirement, suitable complete solutions or additions from the comprehensive accessory program are available.
There is probably no industry in which the demands for quality of supplier components is as high as in the automotive industry. Our decades of experience and highly dynamic temperature control systems allow us to easily cover all the requirements for environmental simulation during material testing, quality assurance, and stress and load testing.
In the chemical and pharmaceuticals industry, reactor temperature control and temperature control in the area of process technology are important issues. Precise and stable temperatures are an important factor in production performance and quality. The highly dynamic temperature control systems and circulators in our product portfolio reliably support the temperature control of your chemical and pharmaceutical processes.
The sale of cannabis products is increasing, requiring efficient extraction and refining processes that need sophisticated temperature management. Our portfolio offers all the equipment you needed to build up the different temperature zones within the entire process.
In the food industry, precise temperature control is an important aspect in many areas, to guarantee the consistency and quality required by food producers, consumers and health authorities for a variety of foodstuffs. In addition to temperature-dependent quality controls and analyses, temperature control units are also used in the determination of ‘best before’ dates, temperature simulation, freeze-drying and research tasks.
In the manufacture of semiconductors and electronic components, temperature-dependent processes are reliant on highly precise temperature control. For example, in the case of batch etching even minimal temperature fluctuations can change the etching rate. Temperature control systems such as our refrigerated circulators and recirculating coolers and chillers are therefore essential to successful implementation of batch etching in wet chemical wafer production.
The need for smooth operation of components used in space mean that material testing must be carried out under extreme temperatures and with significant temperature fluctuations. In addition to our highly dynamic temperature control systems, our temperature control experts also assist with user-specific custom solutions for extreme environment simulations.
Our instruments are also used in the food industry, biotechnology industry, petrochemical industry, plastics industry, metal and steel industry, at universities, colleges and institutes, in the cosmetics industry, medical industry and in hospitals, in the dental industry, optics industry as well as the construction industry and packaging sector.
Just ask the JULABO temperature control experts! Benefit worldwide from the competence of our experts and contact us early for a personal consultation. Thanks to over 50 years of practical experience, when it comes to application questions we are confident that we will have the right temperature control technology for you.
JULABO offers an outstanding quality standard and guarantees high customer satisfaction. The convincing performance data of the highly dynamic temperature control systems means extremely short heat-up and cool-down times, and scores with a very wide working temperature range without changing the heat medium. The development of customer-specific solutions makes it possible to use JULABO temperature control instruments in any industry for almost all applications.
The sale of cannabis products is increasing and requires efficient extraction and refining processes. Numerous end products are currently available on the market - from the raw extract in different consistencies to the crystalline or the dissolved pure substance. The breadth of the possible administration forms is reflected in the multiplicity of processing methods. These require sophisticated temperature management that is perfectly adapted to the respective requirements.
Automotive suppliers are reacting to the greater susceptibility that electric drives have to failure when compared to combustion engines by carrying out tests under extreme temperature conditions. After intensive cooperation with the automotive and industrial supplier Schaeffler, we created a custom solution for the temperature control of a universal test chamber in which the test specimens can be placed in precisely simulated ambient and extreme temperatures during endurance and functional testing.
Material, construction or processing defects can lead to serious safety issues for road users. Quality assurance requirements for automotive suppliers are therefore extremely strict. The testing methods used must include temperature fluctuations that mimic what the cars will be subject to in actual use. These are determined by both the environmental conditions and also the operating temperature. Precise temperature management is therefore very important to the test benches in the automotive and automotive supplier industry.
E-mobility is one of the global megatrends and is currently fundamentally changing many areas of the automotive industry. In the field of e-mobility, in addition to charging stations and electric motors, research and development activities are currently focused on batteries and their charging capacity.
The temperature differences that satellites are subject to in space are immense. Depending on the orbit, temperatures range from +150 °C on the sunny side and -190 °C on the dark side of the earth. Because maintenance or repair is not possible, all the materials and components, as well as the satellite itself, need to undergo testing in extreme temperatures.
Researchers involved in basic research are curious: They want to trace the mechanisms that drive complex processes in nature, and do so in an unbiased, systematic and accurate way. They create the basis for new machines and procedures in all scientific disciplines. However, often the valuable contribution from the research institutions is only apparent in retrospect.
Every modern smartphone has a million times more computing power than what was available to NASA for the Apollo missions. We have the semiconductor industry to thank for this, as it works to accommodate more and more power in less and less space, pushing the limits of what is technically and physically possible. Complex circuits, which can’t even be recognized except with strong magnification, are assembled using highly precise procedures. In the semiconductor industry there is quite literally very little room for error. Numerous procedural steps are linked to absolutely precise temperature control.
As a supplier to almost all manufacturing sectors, the chemicals industry requires efficient and safe processes to cover the needs of production. Because most chemical reactions are either exothermic (release heat) or endothermic (heat is absorbed), hassle-free temperature control is of vital importance to the chemical industry. In particular for process technology, the precise and constant temperature control of individual process steps is a critical issue. The use of temperature control solutions in process technology ranges from the laboratory scale in development of new materials and procedures to the temperature control of large-scale industrial production.
An uninterrupted cooling chain, sufficiently high temperature during processing or constant temperature during the fermentation processes: Temperature is obviously an essential component during many processes in the food industry. In addition to the obvious uses there are also numerous other processes in which temperature is important. These range from testing and calibration of flow sensors to preconditioning (pre-temperature controlling) of individual ingredients in the development of new recipes or consistent temperatures in water baths. Without precise temperature management in production and processing operations, chocolate, for example, would lose everything that we love about it.
Our case studies show real-life measurement results and help you with your own purchase decision. You can find various applications associated with our temperature control instruments here. All case studies are available as PDF.
