Cell Separation Technology

Microdispensing technology optimized for cell application and handling in picoliter to microliter volumes. Supports gentle, non-contact dispensing to maintain cell viability. Enables precise cell patterning for diagnostic and research applications.

Automated system for streamlined cell isolation from complex biological samples. Utilizes magnetic bead technology to achieve efficient cell separation and concentration.

Magnetic-based separation technology integrated into extraction platforms for nucleic acid purification. Enables rapid and efficient isolation of target nucleic acids from complex samples. Reduces processing time while maintaining nucleic acid quality.

A microcolumn-based separation device for high-density purification and isolation of biological molecules. The system utilizes advanced separation technology for enhanced recovery and purity of target molecules.

CTCelect is a microfluidic system for isolating and enriching rare cells from biological samples. It enables single-cell isolation for diagnostic and research applications in cancer detection, liquid biopsy, and cell analysis. The technology supports downstream molecular analysis and clinical diagnostics through precise cell separation.

Equipment for isolating and concentrating biomolecules using magnetic particle technology. Supports sample preparation processes in clinical and research laboratory settings.

Laboratory equipment for mechanical separation and isolation of therapeutic cells from tissue samples. Systems process biological materials to obtain cell-rich fractions for clinical applications.

A novel extraction system that leverages magnetic bead technology to automate the nucleic acid extraction process. This solution enables labs to perform extractions faster, at a lower cost, and more accurately than alternative methods.

Automated system for isolating and sorting circulating tumor cells (CTCs) from blood samples. Enables non-invasive cancer monitoring, early detection, and treatment response assessment through enumeration and characterization of CTCs. Integrates microfluidic technology with automated image analysis for high-throughput clinical and research applications.

Automated 3D cell culture system for advanced in vitro modeling and drug development. Utilizes microsystem technology to enable precise, high-throughput cell culture in physiologically relevant three-dimensional environments. Reduces manual handling, improves reproducibility, and accelerates preclinical research workflows.

A next-generation automated nucleic acid extraction system utilizing magnetic bead separation technology to rapidly extract high-purity and high-yield DNA/RNA from various samples. The system provides three different protocols depending on the sample type for effective nucleic acid extraction. Extracted nucleic acids are suitable for multiple downstream applications including PCR, qPCR, RT-PCR, sequencing, genotyping, and gene expression analysis.

A high-efficiency sample treatment system that utilizes engineered nanotrap technology for advanced sample processing in diagnostic applications.