Flow Cells and 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.

Precision fluid control products including flow cells and metering orifices for microfluidic diagnostic devices. Essential components in sequencing, spatial biology, and PCR platforms that directly impact test accuracy and instrument performance.

Custom-designed flow cells manufactured according to specific research or application requirements. Available with various configurations and materials to meet individual needs for observing and analyzing liquid samples in microfluidic applications.

Advanced fluid control components designed for medical analysis and diagnostic instruments. These modules ensure accurate and consistent fluid delivery in laboratory and clinical settings. Manufactured with proprietary technology and stringent quality control standards.

Flow cells enable selective detection and measurement of a wide range of physical, chemical, or biological properties for applications including tissue imaging, micro-arrays, analytical chemistry, cell sorting, and sequencing. CPS Fluidics designs and manufactures custom flow cells tailored to specific customer requirements.

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

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

Flow measurement sensors designed for medical and instrumentation applications. Provides precise fluid or gas flow monitoring in healthcare device systems.

A precision microfluidic pump and control system for accurate fluid handling and flow rate regulation. It enables droplet generation, cell perfusion, and multi-reagent delivery in microfluidic applications.

Glass valve structures with precision-engineered flow-control channels for directing fluid in diagnostic microdevices. Enables programmable flow management without moving parts.

A precision flow control device for regulating fluid delivery in medical systems. Used in infusion systems and laboratory equipment to maintain consistent flow rates. Ensures accuracy in critical healthcare applications.