Excillum is located in Stockholm, the capital of Sweden, and is a company dedicated to the research and production of ultra-high brightness micro focal spot X-ray light sources. After more than ten years of research and development and improvement, Excillum has mastered advanced liquid metal jet (MetalJet) X-ray light source technology, which can bring 10 times the X-ray flux emitted by ordinary s
The F-PEM performance evaluation system for thermoelectric materials in atmospheric environments launched by the company can measure the power generation and heat flow rate generated by thermoelectric materials with load temperature differences in atmospheric environments. The thermoelectric conversion efficiency can be calculated based on large power generation and heat flow rates. At the same ti
X-ray is one of the few non-destructive testing methods in surface residual stress measurement technology, which determines stress based on changes in the interplanar spacing of materials or products. It is still one of the more widely studied, in-depth, and mature residual stress analysis and detection methods, and is widely used in various fields of scientific research and industrial production.
The continuous annealing experiment and simulation system CAS-AY II launched by the company uses an infrared gold surface reflection furnace with rapid heating and gas/mist cooling functions to achieve rapid heating and cooling. The CAS-AY II system can accurately simulate the heat treatment process of steel materials, and can achieve universal heat treatment experiments and heat treatment process
The evaluation of thermal conductivity of thin film materials has become extremely convenient The launched nano film thermal conductivity testing system uses 2 ω A commercial system for measuring the thickness direction thermal conductivity of nano thin films. Compared with other methods, sample preparation and measurement are extremely simple.
Evaluation system for thickness direction thermoelectric performance of polymer thin films ZEM-d The company's Seebeck coefficient and resistance measurement system ZEM series has sold over 300 units worldwide and has been widely praised by scientific research and industrial users worldwide, becoming a widely used testing equipment in the field of thermoelectric materials. In 2019, based on pre
The company's thermoelectric conversion efficiency measurement system PEM is designed to measure thermoelectric conversion efficiency η。 By providing a large temperature difference of 500 ℃ to the thermoelectric material module, one-dimensional heat flow rate Q and high power generation P can be obtained, thereby measuring the thermoelectric conversion efficiency η。 This device can be applied to:
The Mini PEM small thermoelectric conversion efficiency measurement system launched can measure the amount of electricity generated by thermoelectric materials and the thermoelectric conversion efficiency η。 Thermal electric conversion efficiency η It can be obtained through the generated electricity and heat flux (electricity is obtained through the four probe method; heat flux is obtained throug
LOT can also add fiber optic interface filter wheels to conventional low-cost simulators or other light sources to achieve fiber optic output in different bands. It can be applied in relevant occasions, such as photoinduced magnetoelectric measurements under low temperature and strong magnetic fields. Basic parameters
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