One minute to take you into Ruixin Intelligent Manufacturing

Company background:

Ruixin Intelligent Manufacturing (Shenzhen) Technology Co., Ltd. is located in Guanlan Yili Technology Park, Longhua District, Shenzhen. It has gathered a group of professional talents from domestic and foreign universities and research institutions, and owns multiple intellectual property rights and inventions. National high-tech enterprise, with advanced innovation team and core products, has obtained nearly 100 million yuan in financing from domestic and foreign first-line investment institutions.

The team adheres to the research and development of Rui Micro Nano Processing for more than 10 years, with atomic level (below 1 nanometer) precision micro processing capabilities. They have mastered nanopore technology to create bio nano chips, which capture nanoparticle information and apply it to nanoparticle (concentration, particle size, zeta potential, morphology) detection,The product has been applied in multiple fields such as scientific research, industrial quality control, biomedicine, and disease diagnosis.

Ruixin Intelligent Manufacturing has always been committed to providing customers with multi-dimensional products and services, focusing on building a world-class research and development manufacturer of nanoparticle characterization instruments, using technology to protect life, and creating value with technology.

Advantages and Characteristics:

The independently developed solid-state nanopore particle analysis platform avoids the drawbacks of traditional optical detection methods (large particles blocking scattered light from small particles; sample refractive index, absorbance, viscosity affect test results), and adopts a new generation of electrical detection methods. The particle size resolution can reach 1nm, achieving single particle detection of nanoparticles and obtaining multi-dimensional data (particle size, concentration, zeta potential, morphology) in one test.

Particle size detection range:

50-2000nm

Application fields:

In scientific research, production quality control, process control, clinical diagnosis, pharmaceutical research and development, and other scenarios that require high-precision nanoparticle detection, accurate data is provided, such as extracellular vesicles, viruses, liposomes, inorganic nanomaterials, latex microspheres, and other nanoparticles.