Microfluidic Chip Diagnostic

Single-use diagnostic cartridge incorporating microfluidic channels for automated sample processing and analysis. Designed for integration with point-of-care testing platforms.

Single-use microfluidic cartridges for diagnostic testing that integrate sample handling, processing, and detection capabilities in a compact format.

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

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.

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.

Single-use microfluidic chips for diagnostic and analytical applications in medical laboratory settings. Prevent cross-contamination while reducing sterilization requirements.

Microfluidic chips and laboratory consumables including quantitative pipette tips, extraction tubes, gold-standard card shells, and 96-well plates for diagnostic and biochemical analysis. These products support IVD assay workflows in clinical laboratories and point-of-care testing applications. Custom design capabilities enable integration with automated diagnostic instruments.

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

Microfluidic chips and laboratory consumables including quantitative pipette tips, gold-standard test card shells, 96-well plates, and cuvettes for biochemical analysis and diagnostic testing. These components are designed for use in clinical laboratories, IVD devices, and automated analyzers to enable accurate sample handling and measurement in diagnostics.

Disposable microfluidic chip containing pre-loaded reagents for point-of-care testing. Enables rapid sample processing with minimal reagent consumption.

Disposable microfluidic devices with integrated channels and chambers for various applications. These chips enable droplet generation, cell analysis, perfusion, and nanoparticle synthesis in microscale volumes.