Microfluidic Manifolds

Integrated fluidic manifold systems for medical applications requiring precise dosing of liquids and gases. Designed with high system integration for optimal performance in diagnostic and therapeutic equipment.

Manifolds are precision fluid control components used in medical devices and diagnostic equipment to regulate, direct, and distribute fluids in analytical and clinical applications. These components integrate multiple ports and channels to enable complex fluid routing in laboratory analyzers, infusion systems, and point-of-care devices. Manifolds support accurate sample handling and reagent distribution in automated diagnostic workflows.

Advanced manifold assemblies for genomic analysis instruments. Precision-engineered for precise liquid control to enable sensitive and accurate genomic testing and sample processing.

Pressure-rated manifolds (500psi) used for fluid management and multi-line connections in interventional procedures. These devices facilitate simultaneous monitoring and fluid administration during diagnostic and interventional cardiology and radiology applications.

Spezialisierte Kunststoff-Verteiler für Biotechnologie-Anwendungen mit komplexer innerer Geometrie. Diese Komponenten ermöglichen präzise Fluidkontrolle in sensiblen biotechnologischen Prozessen.

Precision microfluidic components for medical diagnostic devices and laboratory automation systems. Engineered for reliable performance in fluid handling and analysis applications.

Multi-port valve assemblies for automated fluid routing in diagnostic instruments. Engineered for precise switching between multiple fluid pathways with minimal dead volume.

Automated system for precise control of microfluidic flow in diagnostic devices. Ensures accurate delivery of reagents and samples in microfluidic-based assays.

Custom microfluidic device assembly for precise fluid control in diagnostic and analytical applications. Enables miniaturization of fluid handling processes in point-of-care testing.

Precision-manufactured microfluidic devices for medical applications, produced through injection moulding with design support and product validation. Suitable for diagnostic and analytical medical device integration.

Precision microfluidic control component for laboratory and diagnostic applications. Enables precise manipulation and distribution of biological fluids in analytical systems.

Precision plastic components for microfluidic diagnostic and analytical devices. Manufactured using advanced molding techniques for complex internal geometries.