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Sectors
Sectors
A trusted partner for leading companies
We collaborate with world-leading companies in Aerospace, Semiconductor, Plasma Physics and Nuclear Fusion.
With an established presence in international markets, we offer customized solutions, ensuring innovation, quality and reliability.
The ability to maintain stable and precise vacuum conditions allows experiments to be performed with the minimum margin of error, which is essential for aerospace. We have built vacuum chambers for studying the behavior of photovoltaic cells under conditions of high vacuum and cryogenic temperatures that simulate those characteristic of low orbit.
Our products form the basis for numerous research projects, providing tailor-made solutions for experimental facilities and laboratory prototypes. Our components are suitable for complex systems, such as particle accelerators and detectors, where the presence of high-quality vacuums is essential for the proper functioning of the apparatuses. We have collaborated with international bodies on vacuum lines used in particle accelerators.
Anodizing and chrome plating processes require highly controlled environments to ensure uniform, quality results. Our components ensure that a stable vacuum is maintained, eliminating contamination and ensuring optimal yield.
In semiconductor manufacturing processes, vacuum control is crucial to avoid contamination and ensure device integrity. STREAS collaborates with industry leaders in the manufacture of special components and vacuum lines for the semiconductor industry.
The ability to maintain stable and precise vacuum conditions allows experiments to be performed with the minimum margin of error, which is essential for frontier research. Our products form the basis for numerous research projects, providing tailor-made solutions for experimental facilities and laboratory prototypes.
Leak testing is an essential nondestructive method for ensuring component integrity. Pressure drop is the most common technique, while the use of helium as a tracer gas allows micro-leaks to be detected with high accuracy in industrial settings. Mass flow measurement is ideal for detecting small leaks in large volumes with short cycle times, offering a signal independent of volume and pressure.
In laboratories and test benches, accuracy is crucial: our vacuum components ensure stable and repeatable conditions, improving test reliability. Our solutions are easily integrated and suitable for various analytical applications.
Our collaboration with national and international research institutes in the field of nuclear physics testifies to the reliability and quality of STREAS products, which are used in the most ambitious nuclear physics experiments.
Atomic clocks require extremely stable and interference-free environments. Our components ensure precise control of vacuum conditions, which is indispensable for obtaining time measurements of the highest precision.
In medical and life sciences, maintaining sterile environments is crucial. Our vacuum components help ensure minimal contamination, which is essential for diagnostic and therapeutic devices. We can develop tailored solutions to seamlessly integrate our components into complex systems, supporting innovation in medical devices and life sciences applications.
The ability to maintain stable and precise vacuum conditions allows experiments to be performed with the minimum margin of error, which is essential for aerospace. We have built vacuum chambers for studying the behavior of photovoltaic cells under conditions of high vacuum and cryogenic temperatures that simulate those characteristic of low orbit.
Our products form the basis for numerous research projects, providing tailor-made solutions for experimental facilities and laboratory prototypes. Our components are suitable for complex systems, such as particle accelerators and detectors, where the presence of high-quality vacuums is essential for the proper functioning of the apparatuses. We have collaborated with international bodies on vacuum lines used in particle accelerators.
Anodizing and chrome plating processes require highly controlled environments to ensure uniform, quality results. Our components ensure that a stable vacuum is maintained, eliminating contamination and ensuring optimal yield.
In semiconductor manufacturing processes, vacuum control is crucial to avoid contamination and ensure device integrity. STREAS collaborates with industry leaders in the manufacture of special components and vacuum lines for the semiconductor industry.
The ability to maintain stable and precise vacuum conditions allows experiments to be performed with the minimum margin of error, which is essential for frontier research. Our products form the basis for numerous research projects, providing tailor-made solutions for experimental facilities and laboratory prototypes.
Leak testing is an essential nondestructive method for ensuring component integrity. Pressure drop is the most common technique, while the use of helium as a tracer gas allows micro-leaks to be detected with high accuracy in industrial settings. Mass flow measurement is ideal for detecting small leaks in large volumes with short cycle times, offering a signal independent of volume and pressure.
In laboratories and test benches, accuracy is crucial: our vacuum components ensure stable and repeatable conditions, improving test reliability. Our solutions are easily integrated and suitable for various analytical applications.
Our collaboration with national and international research institutes in the field of nuclear physics testifies to the reliability and quality of STREAS products, which are used in the most ambitious nuclear physics experiments.
Atomic clocks require extremely stable and interference-free environments. Our components ensure precise control of vacuum conditions, which is indispensable for obtaining time measurements of the highest precision.
In medical and life sciences, maintaining sterile environments is crucial. Our vacuum components help ensure minimal contamination, which is essential for diagnostic and therapeutic devices. We can develop tailored solutions to seamlessly integrate our components into complex systems, supporting innovation in medical devices and life sciences applications.