Novacyt has been granted a patent for a chemical and biochemical apparatus designed to facilitate reactions in multiple vessels. The apparatus features a thermal mount, a thermal module, a heat sink with conductive fins, and integrated electronic components for light excitation and sensing, all housed within the heat sink. GlobalData’s report on Novacyt gives a 360-degree view of the company including its patenting strategy. Buy the report here.
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According to GlobalData’s company profile on Novacyt, Microfluidics automation was a key innovation area identified from patents. Novacyt's grant share as of July 2024 was 46%. Grant share is based on the ratio of number of grants to total number of patents.
Chemical and biochemical reaction apparatus with thermal management
The patent US12064772B2 describes an innovative apparatus designed for conducting chemical and biochemical reactions within multiple reaction vessels. Central to this apparatus is a thermal mount made from a thermally conductive material, which features several wells to accommodate the reaction vessels. The apparatus includes a thermal module that is thermally coupled to the thermal mount, along with a first heat sink equipped with conductive fins to enhance heat dissipation. Additionally, it incorporates a printed circuit board (PCB) that controls the thermal module, excitation light sources, and light sensors. The design also integrates two sets of light waveguides: one for delivering excitation light to the reaction vessels and another for transmitting light from the vessels to the sensors, all housed within the heat sink's interior space.
Further enhancements to the apparatus include a lid that seals the reaction vessels, featuring a thermally conductive inner layer and heating elements for temperature regulation. The lid is designed to engage the top seals of the vessels simultaneously and includes a rotatable electrical connection for power and data transfer between the PCB and the lid. The apparatus also supports various configurations for the thermal module, such as thermoelectric modules or resistive heaters, and includes advanced features like excitation light control systems that allow for precise regulation of light intensity and duration. The integration of filters within the light waveguides and the use of a compressible layer in the lid further optimize the apparatus for efficient and controlled reactions, making it a significant advancement in the field of chemical and biochemical experimentation.
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