Cell culture chips

Custom microfluidic chips designed for cell culture, organ-on-chip systems, and single-cell analysis applications. Compatible with flow cytometry and biosensing platforms for research and diagnostic development.

Microfluidic chips designed for laboratory applications including cell culture, organ-on-chip systems, droplet generation, LNP production, and PCR analysis. Available as off-the-shelf designs or custom solutions for diagnostic and research workflows requiring miniaturized fluid handling and functional integration.

Microfluidic chips for biotechnology and analytical applications, engineered in glass with precise microstructures for fluid manipulation and sample processing. Enable point-of-care diagnostics, biochemical assays, and laboratory analysis through integrated channel networks and micro-scale fluid control.

Microchannel chips enable precise fluid manipulation and analysis in laboratory and diagnostic applications. These microfluidic devices facilitate cell analysis, drug testing, and biomarker detection through integrated channel networks. Ideal for research institutions and clinical laboratories requiring miniaturized sample processing and high-throughput screening capabilities.

Miniaturized devices containing channels and chambers for processing small volumes of fluids in diagnostic and analytical applications. These chips enable precise sample analysis and point-of-care testing.

Microfluidics chips designed for precise cell analysis and biomarker detection in clinical diagnostics. These chips integrate magnetic particle technology and advanced optical imaging for accurate cell counting, concentration, viability assessment, and multiplex immunoassay applications across disease screening and point-of-care testing.

Integrated chip-based platforms for biological analysis combining microfluidic channels with detection capabilities. Applications include protein analysis, cell sorting, and biomolecular interaction studies.

Microfluidic biochips designed for molecular diagnostics and PCR applications. These chips enable precise fluid handling and sample processing in miniaturized formats for point-of-care and laboratory testing.

Complex glass chip designs for high-throughput synthesis, screening, and chemical analysis in medical research. Transparent, thermally and chemically stable platforms enable on-chip diagnostic and analytical applications.

Precision microfluidic chip components for diagnostic platforms. Enable accurate sample preparation, amplification, detection, and sequencing in molecular diagnostics.

Microfluidic devices featuring intricate channel architectures for research and diagnostic applications in laboratory settings.

Microarray chips enable simultaneous analysis of thousands of genetic markers for gene expression profiling, genotyping, and mutation detection in clinical diagnostics. These glass or silicon-based platforms support high-throughput molecular testing in genomic research and personalized medicine applications.