SPIN® Platform

Microfluidic-based system enabling isolation, analysis, and characterization of individual cells for research and diagnostic applications. Provides high-resolution cellular analysis and sorting capabilities.

Proprietary microfluidics technology platform designed for point-of-care testing and molecular diagnostics applications. Enables precise fluid handling and sample processing in miniaturized formats for rapid diagnostic analysis.

Integrated system for isolating and analyzing individual cells from biological samples. Provides comprehensive data on cell heterogeneity and cellular characteristics for research applications.

A proprietary in vitro diagnostic platform utilizing hard substrate glass slides as carriers for immobilized monoclonal antibodies via chemical conjugation. The glass surface design minimizes interference, maximizes antibody loading capacity to milligram levels, and enhances detection sensitivity.

A platform for flow cytometry analysis used in immunological and cellular diagnostics.

Integrated system for fabricating lab-on-chip devices with precise fluid handling capabilities. Enables miniaturized diagnostic and analytical testing platforms. Supports development of portable diagnostic solutions.

Automated liquid handling system optimized for ELISA assay workflows including sample preparation, reagent dispensing, and incubation control. The platform improves precision and throughput in immunoassay processing.

Microfluidic system for automated protein biomarker detection and analysis integrated with real-time fluorescence PCR capabilities.

Microdispensing system for multiplex diagnostic platform development and manufacturing. Delivers reproducible ultra-low volumes from picoliter to microliter for custom diagnostic applications. Supports scalable production workflows with unified software control.

A microfluidic-based diagnostic platform that enables rapid biochemical testing with minimal sample volumes. The technology integrates sample preparation, reaction, and detection on a single chip for efficient laboratory workflows.

An advanced research platform developed to capture and analyse circulating tumour cells (CTCs) from a single blood sample for cancer research applications. The platform enables real-time data collection to advance understanding of cancer biology and support investigation of tumour dynamics at early detection stages.

Microfluidic biochip technology for multiplexed biomarker detection and analysis. Supports simultaneous testing of multiple analytes in diagnostic applications.