Medical Device Components

Fluid control components designed for medical analysis and diagnostic instrumentation. These precision components regulate fluid flow in laboratory analyzers, diagnostic devices, and medical testing equipment. Manufactured with advanced quality assurance and multiple patented technologies to ensure consistent performance and reliability.

Precision ceramic metering pumps and valve systems designed for pharmaceutical, diagnostic, and biomedical fluid handling applications including reagent dispensing, sample preparation, and micro-volume injection. Available in single, dual, and multi-head configurations with constant-flow, variable-dose, and pulsation-free variants for sterile and critical dosing requirements.

Precision-engineered test fixtures and component holders for medical device quality assurance. Support leak testing, pressure testing, and mechanical strength evaluation of medical devices.

Injection molded components for in vitro diagnostics and laboratory automation, including microfluidic chips, pipette tips, extraction tubes, gold standard test cassettes, colorimetric cuvettes, and 96-well plates. These components are designed for use in biochemical analyzers, diagnostic test systems, and high-throughput laboratory workflows. The product line supports sample handling, reagent dispensing, and optical detection in clinical and research laboratory settings.

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

Specialized components and assemblies for bioanalytical laboratory systems. Precision-manufactured parts for integration into diagnostic and research equipment.

Precision electromagnetic and sampling valves designed for microfluidic systems in analytical chemistry, in vitro diagnostics, water quality analysis, and bioengineering applications. These components enable precise fluid control and sample injection in diagnostic and analytical laboratory workflows. Features advanced manufacturing precision for reliable performance in clinical and research instrumentation.

Precision microfluidic components manufactured through injection moulding for diagnostic and analytical applications. These polymer and elastomer-based devices enable precise fluid control in point-of-care testing, lab-on-chip systems, and in vitro diagnostic platforms. Custom designs support integration into medical devices requiring micro-scale fluid manipulation and mixing.

Customized microfluidic control elements designed for precise fluid delivery in diagnostic and analytical applications. These components include electromagnetic valves, sampling valves, and micropumps that enable accurate sample handling in clinical diagnostics, in vitro testing, and laboratory analysis. The elements support integration into automated diagnostic systems and point-of-care devices.

Precision micro-fluid pumps designed for analytical chemistry, in vitro diagnostics, water quality analysis, and bioengineering applications. These pumps deliver accurate fluid metering for sample injection and reagent dispensing in laboratory and diagnostic instruments. Built with high-precision manufacturing for reliable long-term performance in clinical and research settings.

Precision plunger pumps designed for accurate fluid control in medical analysis and diagnostic instrumentation. These pumps enable consistent, reliable delivery of reagents and samples in laboratory analyzers, water quality testing systems, and environmental analysis equipment. Built-in flow precision and durability support high-throughput diagnostic workflows.

Precision plunger pumps designed for accurate fluid delivery in medical and laboratory applications. These micro-fluidic devices enable precise dosing in infusion systems, analytical instruments, and diagnostic equipment. Features include high-pressure capability, repeatable accuracy, and customizable configurations for integration into medical devices.