A system-type Schlieren that plays a significant role in research and development as well as inspection processes!
The "SS Series" is a system-type Schlieren that visualizes even subtle differences in density gradients with low refractive index at a high level, using a W-path method where parallel light passes through the observation space twice. The optical axis adjustment has been simplified, making Schlieren photography easy to perform. Additionally, it achieves less than half the space requirement of conventional systems, eliminating concerns about space. 【Features】 ■ Capable of visualizing subtle differences in density gradients with low refractive index at a high level ■ Simplified optical axis adjustment allows for easy Schlieren photography ■ Can be installed in less than half the space of conventional systems ■ The optical system that determines the observation space can be adjusted with a sliding mechanism ■ Can be detached from the main unit for installation (optional) *For more details, please download the PDF or feel free to contact us.
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【Lineup】 ■SS50 II ■SS50 II-L ■SS100 ■SS100-L ■SS150 ■SS200 *For more details, please download the PDF or feel free to contact us.
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**Main Uses** - Research in aerodynamics, visualization of shock waves in supersonic wind tunnels - Thermal fluid research, observation of combustion and explosion phenomena (research on engines, etc.) - Observation of underwater ultrasound - Observation of mixing verification, such as with liquids - Visualization of the flow of welding gases like argon and helium - Visualization of products like air fresheners and insect repellents - Verification of leakage in product leak tests - Quality inspection of filtration filters - Quality inspection of acrylic and polycarbonate - Quality evaluation of IR cut glass (filters) for cameras *For more details, please download the PDF or feel free to contact us.*
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Visualization Consultation Room-------------------------------------- As the saying goes, "Seeing is believing," actually witnessing a phenomenon can deepen understanding more than anything else. If you want to understand the essence of flow, it is best to first observe the flow itself. However, water and air are transparent, making it difficult to observe the flow effectively. This challenging observation of flow is referred to as "flow visualization."
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