Integrated Fluidic Circuit Microfluidic Chip

Advanced microfluidic chip-based platform for cell capture, isolation, and analysis applications in liquid biopsy and diagnostic testing.

Compact microfluidic systems that combine multiple fluidic functions within a single platform. These devices integrate sample handling, mixing, reaction control, and sensing capabilities for analytical and diagnostic applications.

A flow cell featuring a cross channel configuration designed for observing liquid samples containing cells, proteins, or particles. Enables continuous flow of samples and is suitable for various microfluidic applications requiring cross-flow geometry.

Automated packaging line for microfluidic chips used in diagnostic and analytical laboratory applications.

Custom-designed microfluidic chips manufactured using precision molding and bonding techniques for point-of-care testing, genetic sequencing, and life science research applications.

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

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

Microfluidic devices miniaturize assay workflows to decrease assay volumes and allow parallelized evaluations to minimize costs and increase data points. CPS Fluidics designs and manufactures custom microfluidic devices for life sciences applications.

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

Standardized microfluidic module for in vitro diagnostic automation and sample processing. Integrates precise fluidic control with standard connector systems for compatibility with diagnostic instruments.

Integrated control systems for automating microfluidic operations in diagnostic platforms. Features programmable valve switching and pump control with precision timing for sample processing.