Integrated Fluidic Modules

Pre-assembled microfluidic modules designed for in vitro diagnostic equipment integration. Combines pumping, valving, and fluid pathway components for automated sample analysis.

Precision ceramic metering pumps and valve systems designed for fluid dispensing in medical diagnostics, biomedical manufacturing, and laboratory applications. Supports micro-to-milliliter volume accuracy for injection, filling, sampling, and distribution across single, dual, and multi-head configurations. Applications include nucleic acid reagent dispensing, battery manufacturing, and diagnostic test production.

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

Integrated fluid control system combining valves and pumps for analytical and diagnostic instrument applications. Supports sample processing and analysis in clinical and research laboratory environments.

Fluid control systems designed for in vitro diagnostics, analytical chemistry, and laboratory applications. These systems integrate electromagnetic valves, sampling valves, peristaltic pumps, and precision fluid delivery components to enable accurate sample handling and reagent metering in diagnostic instruments and analytical equipment.

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

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

Precision fluid control components including syringe pumps, plunger pumps, rotary valves, and mass spectrometer connectors designed for laboratory and analytical instrumentation. These components enable accurate fluid delivery and routing in diagnostic and research applications. Features include smooth injection surfaces, minimal dead volume, and customizable configurations for integration into larger laboratory systems.

Microfluidic control systems for precise fluid handling in laboratory and diagnostic applications. Designed for applications requiring micro-scale fluid regulation and dispensing.

Precision liquid handling systems designed for laboratory and diagnostic applications in life sciences, biotech, and medical device manufacturing. These systems enable accurate sample preparation, reagent dispensing, and fluid transfer in clinical diagnostics and research workflows. Engineered for OEM integration and custom applications requiring high repeatability and reliability.

Microfluidic control platform for precise fluid handling in laboratory research and diagnostic assay applications.

Precision fluid delivery and control systems for laboratory analysis equipment. Provides consistent performance in medical testing and analytical instruments. Built with advanced manufacturing processes and comprehensive quality assurance.