On-Chip Reagent Storage Systems

Specialized storage and management systems for diagnostic reagents and consumables in clinical laboratories. Features temperature control and inventory tracking capabilities for GMP-compliant facilities. Vertical storage infrastructure supports monthly throughput of 30 million units.

Precision fluid delivery systems for automated reagent dispensing in laboratory diagnostic equipment. Enable accurate, repeatable reagent introduction in analytical workflows.

Equipment systems for precise dispensing of reagents onto biosensors and test cartridges during manufacturing of diagnostic devices.

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.

Microfluidic platform for precise handling and dispensing of small liquid volumes in diagnostic and research applications. Enables accurate fluid management in array fabrication and bioassay development.

Lab-on-chip microfluidic device integration combining polymer materials with functional coatings for point-of-care diagnostics and research.

Automated reagent dispensing system for precise and consistent reagent distribution in laboratory applications. Supports flexible dispensing protocols for various experimental workflows and microplate formats.

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

Integrated microfluidic chip systems for analytical and diagnostic applications. Combine multiple components including pumps, valves, and channels in compact chip format for medical testing.

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.

Compact microfluidic platforms that integrate laboratory analysis capabilities into a single device. Designed for research applications and clinical diagnostics requiring miniaturized sample processing.

Precision microdispensing system for accurate reagent application in picoliter to microliter volumes. Supports contact and non-contact methods for diverse reagent types. Enables consistent workflow implementation across research and production.