Warm congratulations to Shanghai Solon for once again being awarded the title of Shanghai High tech Enterprise

Warm congratulations to Shanghai Solon for once again being awarded the title of Shanghai High tech Enterprise. This is the third consecutive time that Shanghai Solon has been awarded the title of high-tech enterprise, which is a recognition of our company's technological research and development strength, and also puts forward new requirements for our company's innovation.

Shanghai Solon, as a strategic investment company of USA KINO Industry Co., Ltd in China, specializes in the development of interface chemical analysis instruments, as well as the development and application promotion of 3D imaging TOF cameras, chips, and modules. At present, the contact angle measuring instrument, water droplet angle measuring instrument, surface tension meter, and interface tension meter developed by the company are widely used in universities and research institutes around the world, and are adopted by research and development centers and quality control centers of various enterprises. The TOF camera, chip, and module developed by the company have made significant breakthroughs, successfully integrating RGB and TOF3D depth information imaging, and achieving the analysis of outdoor TOF depth information at a wavelength of 940 nanometers.

Currently, in the field of interface chemical analysis instruments, our technological advantages lie in:

1. ADSA RealDrop algorithm: Compared to the axisymmetric measurement technique of Young Laplace equation, ADSA is currently the most widely used technology for comprehensive analysis based on gravity, surface tension, interfacial tension, and contact angle, and is truly applied to contact angle or surface tension measurement.

The Young Laplace equation algorithm has a large error and poor contour coincidence when testing contact angle values due to its assumption of axial symmetry.

Shanghai Solon is currently one of the few manufacturers that provides truly "contact angle measurement" interface chemical analysis instruments that are superior to low-end digital protractors (circle fitting, ellipse fitting, tangent method).

2. 3D contact angle measuring instrument: It truly elevates contact angle measurement from 2D space measurement under random viewing angle conditions to 3D spatiotemporal contact angle measurement for analyzing surface roughness, chemical diversity, and heterogeneity conditions.

3. Surface tension or interfacial tension Sanming effect: It can analyze interfacial tension or surface tension sandwich applications in various applications such as milk, paint, ink, ink, coatings, etc., and introduce interfacial chemical measurement into new technological routes.

4. Color cameras and 3D ruby ball calibration tools will no longer cause errors in contour edges due to brightness adjustment errors and the presence of grayscale filtering areas. At the same time, to correct the measurement error of contact angle, micrometer level precision ruby balls can provide a reliable technical solution for verifying contact angle instruments.

5. High speed dynamic surface tension and interfacial tension measurement technology based on analytical balance technology.

6. Analysis of droplet bounce under high-speed camera conditions.

7. High temperature and high pressure contact angle measuring instrument and density analyzer.

8. Measurement techniques for surface tension and contact angle of melt under ultra-high temperature conditions, as well as density measurement.

9. Measurement technology for interfacial tension of rotating droplets under ultra-high temperature and high pressure conditions.

and so on.

We, because we are more and more knowledgeable in providing solutions for customer service based on technological routes.