Glass Molded Microfluidic Devices

Microfluidic devices for in vitro diagnostics and point-of-care testing applications. Manufactured with precision and integrated into diagnostic platforms.

High-precision microfluidic control components for medical diagnostic systems and laboratory automation. Integrates fluid management in point-of-care and analytical devices.

Automated systems for manufacturing microfluidic diagnostic devices and components. Integrates precision micromachining, assembly, and quality control. Supports production of complex microfluidic architectures for POCT applications.

Precision micro-molded rubber and silicone components for laboratory microfluidic devices and diagnostic test systems requiring exacting dimensional accuracy.

Microfluidic laminate components for advanced medical device applications including diagnostic and delivery systems. Enables precise fluid control and manipulation in miniaturized medical devices.

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

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 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.

Precision microfluidic channels and micro jigs designed for laboratory diagnostics and bioanalysis applications. These components enable precise fluid manipulation and sample handling in point-of-care testing, clinical chemistry, and immunoassay devices. Manufactured with tight tolerances for integration into diagnostic instruments and IVD platforms.

Custom-designed microfluidic devices manufactured according to specifications for diagnostic, lab-on-chip, and biotech applications. Devices are optimized for both performance and manufacturability from development through production stages.

Precision glass-based microfluidic flow cells designed for biological and chemical analysis. These devices enable controlled fluid manipulation and measurement in medical diagnostic and research settings.

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.