Suspension Cell Chip For Passive Pumping

Integrated pumping systems for precision fluid control in microfluidic applications. Combined plunger pump and rotary valve technology enables automated sample handling in IVD and analytical devices.

MIVO® is an organ-on-chip platform that combines clinically relevant tissue dimensions with independent millifluidic environments for 3D cell culture and drug testing. The system enables controlled fluid flow to replicate physiological conditions, supporting personalized therapy development and accelerated drug discovery through realistic in vitro models of human tissue behavior and organ interactions.

Custom microfluidic chips designed for cell culture, organ-on-chip systems, and single-cell analysis applications. Compatible with flow cytometry and biosensing platforms for research and diagnostic development.

Microfluidic chips designed for controlled cell culture and biological analysis in research applications.

A microfluidic system for continuous or pulsatile fluid delivery to cell and tissue cultures. It enables physiological simulation of nutrient delivery and waste removal in organ-on-chip and perfusion applications.

Integrated microfluidic platform for organ-on-chip and cell culture applications with biocompatible material options. Supports long-term cell maintenance with precise fluidic control for physiological simulation.

Miniaturized laboratory device for fluid handling in diagnostic and research applications. Used for clinical diagnostics, drug development, and life science research requiring micro-scale analysis.

3D cell ball culture chip enables spheroid and organ-on-chip cell culture applications for drug testing, tissue engineering, and disease modeling. The microfluidic device supports physiological cell-cell interactions and nutrient gradients in a compact format. Compatible with standard microscopy and automated analysis systems for high-throughput screening.

A precision pump for low-volume fluid delivery in microfluidic medical devices. Applications include diagnostic testing, sample analysis, and laboratory medical apparatus.

Precision microfluidic chip for single-cell isolation and analysis in diagnostic and research applications. Features standardized dimensions compatible with automated analysis systems and high-resolution optical detection.

Automated fluidic system for precise fluid delivery and shear stress simulation in organ chip platforms. Enables physiologically relevant flow dynamics during in vitro drug testing.

Membrane-based microfluidic chip for single or dual-chamber organ-on-chip applications. Enables high-fidelity human tissue modeling for drug efficacy, safety assessment, and toxicology testing across cardiac, hepatic, and dermal applications. Supports preclinical drug development, cosmetic safety evaluation, and basic life science research.