Microfluidic Chips

Specialized microfluidic chips designed for biopharmaceutical production and process development. These devices support small-scale manufacturing, optimization, and validation of biotherapeutics.

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

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

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

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

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.

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

Micro-electromechanical systems microfluidic devices for advanced diagnostic and therapeutic applications. Custom-developed with precision manufacturing and integrated biological functionality.

Engineering and manufacturing of microfluidic components for medical diagnostic and analytical devices. Specializes in precision fluid handling systems for point-of-care and laboratory applications.

A microfluidic chip based on Integrated Fluidic Circuit (IFC) technology that functions as a high-throughput micro-scale PCR reaction device. The chip integrates microfluidic channels and reaction chambers on a single card, with sample inlet and control ports positioned on both left and right edges. The center contains micro-scale nanofluidic reaction chambers where samples are introduced through microfluidic channels to enter the reaction chambers. The microfluidic chip is available in multiple specifications to choose from.

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.