Telecommunications Components

Single-use disposable components for point-of-care and laboratory diagnostic testing. Manufactured to support rapid test kits and hematology equipment. Designed for safe specimen handling and test performance in clinical environments.

High-value biological consumables based on microfluidic technology designed for various diagnostic and research applications. These chips enable precise fluid handling and sample processing at microscale levels for molecular detection and cellular analysis.

Comprehensive range of laboratory consumables for life sciences and clinical diagnostics, including sterile swabs, centrifuge tubes, liquid handling systems, PCR consumables, and specimen storage tubes. Designed for high-precision sample collection, processing, and analysis in clinical, research, and microbiology laboratories.

Custom microfluidic consumables for medical and diagnostic applications. The chips are produced through precision injection moulding with thin-walled structures and microstructures, available in prototyping timeframes of approximately 2 weeks.

Disposable microfluidic chip for in vitro diagnostic testing. Integrates microfluidic channels for sample analysis in point-of-care and laboratory settings.

Micronit provides contract manufacturing services for microfluidic chips, lab-on-chip devices, and flow cells used in diagnostics and life sciences applications. The company specializes in developing and producing glass, polymer, and silicon-based microfluidic consumables from prototype through pilot production, supporting IVD and medical device manufacturers in bringing microfluidic-based assays to market.

Custom design and development of microfluidic cartridges for point of care diagnostic testing, engineered for reliable fluid handling and assay performance.

Single-use disposable consumables for in vitro diagnostic devices including microfluidic cartridges and test strips for rapid diagnostics.

Laboratory plastic consumables including sample collection swabs, centrifuge tubes, liquid handling pipette tips, microbiological culture vessels, cryogenic storage tubes, PCR reaction tubes, and deep-well plates. These products support molecular diagnostics, clinical microbiology, and biobanking applications in laboratory and healthcare settings.

Functionally designed, manufacturable microfluidic cartridges incorporating complex biological processing steps. These low-cost disposable devices integrate fluidic technologies for use with diagnostic instruments and assays.

Disposable plates, strips, and wells for automated laboratory testing. Supports immunoassay and molecular diagnostic applications.

Miniaturized diagnostic chip for rapid multi-parameter testing of blood samples. Reduces reagent consumption and testing time in laboratory settings.