Microfluidic device

Microfluidic devices enable precise fluid manipulation and sample analysis in diagnostic and laboratory applications. These devices facilitate point-of-care testing, drug delivery, and biomedical research through integrated channels and control mechanisms. Key features include miniaturized design for reduced sample volumes, improved accuracy, and rapid turnaround times for clinical results.

Scalable microfluidic devices for in vitro diagnostic testing and sample analysis. Developed through expert process development with rigorous quality control for consistent performance.

Integrated microfluidic systems for point-of-care diagnostics and laboratory testing applications. Platforms support automated sample processing and rapid result generation for clinical diagnostics.

High-precision molded microfluidic components for diagnostic and research applications, including channels, chambers, and integrated fluid pathways manufactured to sub-micron specifications.

Complete microfluidic diagnostic platforms integrating PDMS, injection-molded, or MEMS components with on-chip reagent storage and automated analysis capabilities. Designed for rapid, point-of-care testing.

Microfluidic devices integrated with PCR technology for gene amplification and molecular analysis. These platforms support high-throughput genetic testing and molecular diagnostic workflows.

Microfluidic platforms for immunological diagnostic assays. Enables rapid biomarker detection with reduced reagent consumption.

Microfluidic biochips for point-of-care testing, genetic sequencing, liquid biopsy, and organ-on-chip applications. These devices integrate microfluidic channel systems with biological surface modifications for clinical diagnostics, pathogen detection, and biomarker analysis across multiple medical and laboratory settings.

Integrated microfluidic-based systems for in vitro diagnostics supporting molecular detection and biomarker analysis. These systems provide automated processing and detection capabilities for clinical laboratory applications.

Integrated microfluidic platforms for molecular-level disease detection and pathogen identification. Combines sample preparation, amplification, and detection in a single miniaturized device for clinical diagnostics.

Microfluidic reader for rapid analysis and detection of biochemical markers in clinical and research settings. Enables precise measurement of diagnostic samples through microfluidic chip technology with integrated optical or electrochemical detection capabilities. Supports point-of-care testing and laboratory-based diagnostics for infectious disease, biomarker, and molecular analysis applications.

Precision microfluidic chip devices for organ modeling, cell culture, droplet generation, and biochemical detection applications in research and clinical diagnostics.