Chamber Interaction Chip

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.

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.

Microfluidic chip technology for precise fluid manipulation and sample processing in diagnostic and research applications. Enables miniaturized analytical testing and point-of-care diagnostics.

Integrated microfluidic chip systems for analytical and diagnostic applications. Combine multiple components including pumps, valves, and channels in compact chip format for medical testing.

A disc-based microfluidic device designed for precise fluid handling and sample processing in laboratory diagnostics. Used in automated analysis systems for efficient sample management and separation.

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.

Complete microfluidic chip assemblies including bonding, packaging, and integration of detection elements. Assemblies are produced under controlled cleanroom conditions for research and diagnostic applications.

Microfluidic valve components integrated into analytical chips for lab-on-a-chip systems. Enable precise flow control in miniaturized medical diagnostic and analytical platforms.

Integrated microfluidic devices that combine multiple laboratory functions on a single chip platform. These devices enable miniaturized sample preparation, analysis, and detection for clinical and research applications.

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.

A chip holder for fluidic interfacing designed for ease of use. This universal holder is compatible with standard laboratory equipment such as syringe pumps and upright and inverted microscopes. The topconnect design allows fluid connection from the top of the chip.

Integrated microfluidic systems that perform multiple laboratory functions on a single chip, including sample preparation, mixing, and detection for clinical and research applications.