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Nano Coulter Counter Nanocoulter G

Introduction：
After the invention of the microscope, combining it with a blood cell counting board became a classic method for cell counting. Experimenters usually spend several hours estimating cell numbers, and the results largely depend on the experimenters themselves, which is time-consuming and laborious, and inaccurate counting experiments are unbearable.   In 1953, the Kurt brothers first proposed the Kurt principle, which gave rise to the entire field of particle analysis due to its high accuracy, good repeatability, and fast speed. It has become the gold standard for blood cell counting, and 98% of blood analyzers use the Kurt principle. After more than half a century of development, Kurt's principle related equipment is now widely used in particle analysis in various industries and has been included in ASTM and ISO international standards.   Based on this, Resuntech (Shenzhen) Technology Co., Ltd. has developed a nano Kurt particle size analyzer, which is the world's first solid nanopore particle analysis platform. By bypassing the drawbacks of traditional optical detection methods (large particles block small particle scattering light; sample refractive index, absorbance, and viscosity affect test results), a new generation of electrical detection methods are adopted. The particle size detection lower limit of the traditional Kurt counter is lowered from the micrometer level to 50nm, and the particle size resolution can reach 1nm, achieving single particle detection of nanoparticles. Multiple dimensional data (particle size, concentration, zeta potential, morphology) are obtained in one test. High precision nanoparticle detection is required in scientific research, production quality control, process control, clinical diagnosis, pharmaceutical research and development, etc. The scene provides the most accurate data, taking you into the exciting and diverse nano world.

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Nano Coulter Counter Nanocoulter S

Introduction：
After the invention of the microscope, combining it with a blood cell counting board became a classic method for cell counting. Experimenters usually spend several hours estimating cell numbers, and the results largely depend on the experimenters themselves, which is time-consuming and laborious, and inaccurate counting experiments are unbearable.   In 1953, the Kurt brothers first proposed the Kurt principle, which gave rise to the entire field of particle analysis due to its high accuracy, good repeatability, and fast speed. It has become the gold standard for blood cell counting, and 98% of blood analyzers use the Kurt principle. After more than half a century of development, Kurt's principle related equipment is now widely used in particle analysis in various industries and has been included in ASTM and ISO international standards.   Based on this, Resuntech (Shenzhen) Technology Co., Ltd. has developed a nano Kurt particle size analyzer, which is the world's first solid nanopore particle analysis platform. By bypassing the drawbacks of traditional optical detection methods (large particles block small particle scattering light; sample refractive index, absorbance, and viscosity affect test results), a new generation of electrical detection methods are adopted. The particle size detection lower limit of the traditional Kurt counter is lowered from the micrometer level to 50nm, and the particle size resolution can reach 1nm, achieving single particle detection of nanoparticles. Multiple dimensional data (particle size, concentration, zeta potential, morphology) are obtained in one test. High precision nanoparticle detection is required in scientific research, production quality control, process control, clinical diagnosis, pharmaceutical research and development, etc. The scene provides the most accurate data, taking you into the exciting and diverse nano world.

Compare This Product