Medical Microfluidic Chips

A R&D manufacturer specializing in functional Microfluidic chips

Medical microfluidic chips utilize micron-scale channels to precisely manipulate, process, and test biological samples (such as blood, saliva, urine, and cells). They are widely used in disease diagnosis, treatment monitoring, regenerative medicine, and drug development.

• Excellent biocompatibility: Chip materials (such as PDMS, glass, PMMA, and biodegradable materials) must meet medical-grade standards to avoid reactivity with biological samples (such as blood cells and proteins), ensuring sample activity and test accuracy.
• Precise manipulation of trace biological samples: Channel dimensions are tailored to biological microparticles, enabling precise operations such as cell capture, single-cell analysis, and blood component separation (e.g., plasma and red blood cell separation).
• Integrating multi-step medical processes: Sample pretreatment (e.g., blood centrifugation, nucleic acid extraction) → reaction (e.g., antigen-antibody binding, PCR amplification) → detection (e.g., fluorescence and electrochemical signal reading) are integrated on the chip, achieving full automation of the "sample in, result out" process.