Microfluidics Manufacturing Service

Microfluidics involves the precise manipulation of fluids at a microscopic scale. Our manufacturing service bridges the gap between innovative concepts and market-ready products by producing custom, high-precision devices for research, diagnostics, and industry. Utilizing advanced, high-resolution fabrication technology, we ensure intricate designs are produced with exceptional accuracy and consistency.

What is Microfluidic Device Manufacturing?

Our microfluidic device manufacturing service is a turnkey solution for producing finished, ready-to-use devices. Unlike traditional prototyping, which may focus solely on testing a design, our service is dedicated to creating functional devices that meet the specifications for your final application.

This process is used across industries such as biomedical research, point-of-care diagnostics, pharmaceuticals, and chemical synthesis, where precision and miniaturization are critical. Our low-to-medium volume production provides a clear path from design validation to commercial deployment.

From Prototype to Final Product

Our service is engineered to treat microfluidics as a commercial product, not just a lab experiment. We provide a direct bridge from development to market.

Final Product Ready: We focus on delivering devices that look and function like a finished product, suitable for integration into your instruments or for direct sale.
Micro-Precision Manufacturing: Our BMF MicroArch S150 system achieves 25 µm resolution with exceptional surface quality, essential for reliable and consistent fluid control
Design for Manufacturability (DFM): We help optimize your design to leverage the full capabilities of 3D printing, ensuring high yields, repeatability, and cost-effectiveness for small-batch production.
Material and Workflow Flexibility: We handle a range of materials and our automated setup allows for fast iteration and production, cutting development time

Applications for High-Quality Microfluidics

Our microfluidic chips are suitable for a wide range of applications, primarily in the life sciences and biomedical fields :

Lab-on-a-Chip Systems: For creating complex, miniaturized devices for diagnostics and analysis
High-Resolution Droplet Generation: For precise sample preparation and encapsulation in chemical and biological assays
Cell Culture Assays: For creating environments that require visibility for monitoring cell behavior and interactions
Micro-Mixing: Ideal for developing passive mixing solutions similar to, but with greater design freedom than, conventional chips

Why Choose This Service?

This service distinguishes itself by providing a direct path to a finished, high-performance product.

Move from Design to Testing Faster: Bypass lengthy prototyping cycles and receive functional chips quickly.
Scale with Confidence: The process is designed to support everything from initial R&D to short-run industrial production, providing a clear path to scale .
Expert Support: Our team will work with you to translate your design requirements into a manufacturable, high-quality chip.

Types of Microfluidics

Type	How It Works	Typical Applications	Advantages
Continuous-Flow Microfluidics	Fluids continuously flow through microchannels using pumps or pressure.	Chemical synthesis, diagnostics, cell culture, mixing	Mature technology, precise flow control
Droplet Microfluidics	Creates tiny droplets that act as individual reaction chambers.	Drug discovery, single-cell analysis, digital PCR	High throughput, low reagent consumption
Digital Microfluidics (DMF)	Manipulates discrete droplets on a flat surface using electric fields.	Medical diagnostics, automated laboratory testing	No microchannels required, highly programmable
Paper-Based Microfluidics	Uses porous paper to transport liquid through capillary action.	Rapid test kits, environmental testing, food safety	Low cost, disposable, portable
Centrifugal Microfluidics (Lab-on-a-Disc)	Uses centrifugal force from a spinning disc to move liquids.	Point-of-care diagnostics, sample preparation	Pump-free operation, integrates multiple processes
Electrokinetic Microfluidics	Moves fluids using electric forces such as electroosmosis or electrophoresis.	DNA separation, protein analysis, analytical chemistry	Precise manipulation of charged particles
Acoustic Microfluidics	Uses ultrasonic waves to move or separate particles and cells.	Cell sorting, biomedical research, sample concentration	Gentle, label-free particle handling
Magnetic Microfluidics	Controls magnetic particles using external magnetic fields.	Cell isolation, immunoassays, targeted drug research	Selective particle manipulation
Optofluidics	Combines optics with microfluidics to analyze or manipulate samples.	Optical sensing, imaging, biosensors	High sensitivity, real-time detection
Capillary Microfluidics	Relies solely on capillary forces without external pumps.	Pregnancy tests, glucose strips, portable diagnostics	Simple, energy-free operation

Application

Our competencies

We are a highly dependable mechanical powerhouse with an extensive array of additive manufacturing (3D Printing) & subtractive manufacturing capabilities. Catering from one-off prototyping to low-volume production, we offer solutions that span from basic to industrial, including cosmetic finishing manufacturing.