Sample Processing Microfluidic Units

Multi-functional glass microdevices combining filtration, mixing, and sample conditioning in single integrated units. Supports automated diagnostic workflows requiring sequential sample processing steps.

Precision glass mixing units with optimized channel geometry for rapid, uniform blending of multiple fluid streams in diagnostic assays. Achieves consistent mixing in sub-microliter volumes.

Integrated microfluidic components for automated sample handling and analysis in diagnostic applications. These precision elements enable miniaturized fluid processing in in vitro diagnostic systems.

Microfluidic glass devices designed for automated blood sample preparation including separation, dilution, and distribution stages. Supports high-throughput clinical diagnostics with minimal reagent volumes.

Integrated microfluidic systems for biotechnology and analytical testing. These glass-based platforms enable automated sample processing and analysis for diagnostic applications.

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.

Precision-engineered microfluidic channels for sample preparation and molecular processing in diagnostic assays. These components integrate into various diagnostic platforms for reliable fluid control.

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

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.

Microfluidic chip technology for precise fluid manipulation and sample processing in diagnostic and research applications. Enables miniaturized analytical testing and point-of-care diagnostics.

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.

Automated system for preparation and conditioning of biological samples prior to analysis. Integrates multiple sample handling and processing steps in single platform.