Working Principle

Microfluidics is a science and technology that precisely controls and manipulates fluids at the microscale. It processes extremely small volumes of fluid (usually in the micro- to picoliter range) within a network of microchannels ranging from tens to hundreds of micrometers, leveraging the unique physical properties of fluids at the microscale (such as laminar flow effects, enhanced diffusion, and significant surface and interface effects) to integrate various functions like sample preparation, reaction, separation, and detection from traditional laboratories onto a small chip, forming a micro-total analysis system or "lab-on-a-chip."

Product Features

Chip R&D · Precise Control

Micron-scale channel design and laminar flow control technology

Accurate mixing and reaction of upgraded fluid streams

Particle size uniformity adjustable, batches fully repeatable

SUS316L Stainless Steel Chip and Temperature Control Module

Supports organic solvent resistance and steam sterilization

Optimized for mRNA-LNP encapsulation, lipid body efficient synthesis, and single-cell analysis

Operation in a biosafety cabinet significantly enhances experimental efficiency and reproducibility, advancing the drug screening and research in precision medicine.

Product Specifications