MIRAI INTEX is offering advanced refrigeration technology with new features and an energy-efficient system that is helpful in different industries, such as biomedical, scientific, and medical applications. With deep specialization in advanced air-cycle refrigeration systems, they provide reliable options for processes that require precise temperature control and ultra-low-temperature performance. Its range of ultra-freezers provides special cooling methods for high-level storage and industrial projects, coming with innovative engineering and environmentally friendly techniques for refrigeration. By using natural air as a refrigerant in its air-cycle systems, MIRAI INTEX offers an efficient replacement for conventional cooling processes while meeting the evolving needs of advanced industries.
Innovative Technology for Ultra-Low-Temperature Applications
Ultra-low-temperature refrigeration is important for industries for providing stable temperatures for high-quality products, manufacturing processes, and scientific research. Some industries, such as research laboratories, biotechnology systems, and industrial facilities, use proper cooling systems for the preservation of sensitive devices and materials and to provide controlled operating environments.
MIRAI INTEX fulfills these features by using advanced air-cycle refrigeration technology. Compared to conventional refrigeration systems that work with synthetic refrigerants, air-cycle systems use air as the refrigerant for cooling.
This method has environmental benefits while supporting applications that need accurate temperature management.
The company’s product portfolio includes refrigeration systems used for storage chambers, industrial process cooling, and thermal management. According to certain models and configurations, these systems maintain temperatures of −160°C, so they are best suited for a range of demanding applications.
Air-Cycle Refrigeration and Environmental advantages
At the core of MIRAI INTEX’s technology is a refrigeration method employing compressed air, heat exchange, and expansion for generating low temperatures. The system releases heat from the air before expanding it to produce the cooling effect required by the application.
According to system requirements, cold air is provided directly to the storage chamber or employed to cool a secondary heat-transfer fluid. This flexibility helps the technology to be compatible with different industrial requirements.
Air as a refrigerant has good environmental features due to its zero global warming potential and does not deplete the ozone layer. Air-based systems also minimize the need to refill the refrigerant during normal functioning, helping simplify the refrigerant system
MIRAI INTEX comes with advanced turbo technology and a specialized bearing structure in its refrigeration systems. These features enable efficient functioning and can minimize mechanical wear and maintenance requirements. Selected systems also provide variable cooling capacity, providing the ability to respond to changing operating conditions.
Refrigeration Solutions for Different Industries
They also offer different product families designed to manage different temperature ranges and cooling requirements. These options support applications ranging from ultra-low-temperature storage to specialised industrial processes.
The MIRAI Cold products come with open-cycle refrigeration systems that offer cold air directly into a storage chamber. According to the model, these systems can get to approximately −130°C. Potential applications include pharmaceutical storage, biomedical material preservation, food storage, and specialised freezing processes.
The ULT Space Cooler is used for larger refrigerated features and comes with specialised storage rooms and other conditions needing ultra-low temperatures. Its design supports central cooling, allowing industries to configure refrigeration infrastructure based on storage features and operational requirements.
For applications needing indirect cooling, the ULT Liquid Cooler offers temperature-controlled refrigeration through a heat exchanger and heat-transfer fluid. Depending on the design, it can operate at temperatures extending to −160°C. This makes it preferred for certain industrial processes, laboratory applications, and other specialised cooling requirements.
MIRAI X CRYO provides another method by giving certain temperature control for heat-transfer fluids. Used for projects needing both heating and cooling, it comprises certain processes where correct thermal management is essential.
Supporting Pharmaceutical and Biomedical Applications
The pharmaceutical and biomedical sector needs proper working refrigeration for sensitive materials and maintenance of certain storage features. Temperature is stable and important in biological sectors, pharmaceutical products, and different materials that are affected by changes in their storage conditions.
Their refrigeration systems can come with certain storage chambers and process installations used for these features. Based on projects, their technology can support pharmaceutical storage, biomedical research, cryogenic processes, and laboratory operations.
Choosing the right system requires proper consideration of the given temperature range, storage capacity, monitoring features, and applicable industry standards. With different refrigeration configurations, MIRAI INTEX enables users to evaluate solutions based on their specific operational needs.
High Operational Efficiency and Reliability
Energy usage and maintenance are important factors for industrial refrigeration equipment. Industries need systems that can provide required temperatures while handing functional costs over the equipment’s service life.
MIRAI INTEX’s air-cycle technology gives certain operational features. Air-based systems do not need conventional refrigerant replenishment, while oil-free turbo technology minimizes dependence on conventional compressor lubrication.
Selected systems supported part-load operation, offering cooling features to meet changing demand. This feature can be beneficial in factories where refrigeration needs vary throughout the day or according to production schedules.
Actual energy usage and maintenance factor depend on system configuration, operating conditions, temperature requirements, and uses. Evaluating these parameters helps businesses find the most required refrigeration solution for their facilities.
MIRAI INTEX’s Commitment to Sustainable Innovation
Founded in Switzerland in 2015 and now headquartered in Brno, Czech Republic, MIRAI INTEX specialises in advanced refrigeration technology and high-efficiency cooling systems.
Their main objective is to provide development solutions that need technical requirements with environmental responsibility. Its portfolio used for industries such as pharmaceuticals, biomedical research, food processing, semiconductor manufacturing, metal processing, and chemical cooling.
Through continued development of air-cycle refrigeration systems and advanced compressor technology, MIRAI INTEX aims to offer replacements for conventional cooling methods while meeting the demand of modern industrial operations.
As industries highly consider environmental impact, operating efficiency, and reliability when using refrigeration equipment, new technologies can play an important role in meeting future cooling requirements.
Discover MIRAI INTEX Refrigeration Solutions
Using the correct refrigeration system according to many factors, such as the certain operating temperature, cooling capacity, storage volume, and intended usage. MIRAI INTEX offers a range of technologies designed to fulfill these requirements for industrial and scientific sectors.
Businesses that need suitable equipment can visit the company’s ultra-freezers and refrigeration product range to learn more about its available technologies and applications.
