Mixing
Tensentric instruments provide efficient and hands-off analysis of lab samples, replacing complex, time-consuming and potentially error-prone steps crucial for diagnosing diseases, monitoring health and guiding treatment decisions. Our systems incorporate the functionalities of a biochemical laboratory. Processes such as the mixing of liquids, DNA synthesis, bioseparation, aliquoting, amplification of biomolecules, or detection of specific substances by optical or electrochemical methods can be integrated in a cartridge. Our systems include components such as filters, pumps, valves, mixers, and sensors. Cartridges can isolate and manage internal substances for safe disposal after use, including sensitive lyophilized reagents, substances needing protection from environmental exposure, hazardous chemicals, or biological samples, while removing the possibility of cross-contamination. These systems can perform complex processes in point-of-care environments, saving time and cost by eliminating the need for specialized labs and highly trained technicians and by streamlining tedious multi-stepped processes that often require expensive dedicated lab equipment.
Passive Mixing
Passive mixing involves the introduction of two or more solutions into a single fluid path. Diffusion occurs along a long, often tortuous fluid path. Features may be added to increase the lateral fluid velocity to create turbulence and enhance mixing.
Active Mixing
Active mixing involved adding an external force or energy to the solutions, for a more homogenous integration to occur. Can be faster and more controlled.
