Can you manufacture both prototypes and production volumes?

Yes. We support projects from early-stage prototypes to scalable, high-volume production using precision micro injection molding.

What materials do you use for microfluidic devices?

We process a wide range of engineering polymers, including COC, COP, PMMA, PC, PEI (Ultem) and other materials selected for optical, chemical and mechanical performance.

Can you help optimize my design for manufacturing?

Absolutely. Our engineering team provides Design for Manufacturability (DFM) support to improve part quality, manufacturability and production efficiency before tooling begins.

What microfluidic applications do you manufacture?

We manufacture custom microfluidic components for diagnostics, life sciences, medical devices, drug delivery, organ-on-chip systems and other high-precision applications.

How do you ensure consistent quality?

Production is carried out in an ISO 13485-certified environment with validated manufacturing processes, precision tooling and comprehensive quality inspection.

How do I start a custom microfluidic manufacturing project?

Simply send us your CAD files or project requirements. Our engineers will review your design, recommend the best manufacturing approach and prepare a tailored quotation.

Microfluidic Chip & Device Manufacturing

ISO 13485-certified manufacturing partner for polymer microfluidic devices and chips — from design support and prototyping to precision tooling, molding, bonding, assembly and serial production.

Talk to an expert

ISO 13485 Certified

Medical-grade micro manufacturing

View certificate →

From Prototype to Production

Turning a microfluidic concept into a repeatable production process requires more than manufacturing a mold.

Micromolds supports microfluidic device development throughout the complete manufacturing journey — from design review and prototyping to precision tooling, process development, molding, bonding, assembly and quality control.

Whether you are validating an early-stage design or preparing an established microfluidic device for serial production, our engineers help develop a manufacturing process built around your geometry, material, performance requirements and expected production volumes.

Your Microfluidic Challenge Isn't Standard. Neither Are We.

Complex channels, tight tolerances or a design that has been difficult to manufacture?

Send us your drawings, CAD files or project requirements. Our engineers will review your application and help identify a practical path toward production.

Talk to an expert

Our Microfluidic Manufacturing Process

We support microfluidic projects from early design evaluation through repeatable serial manufacturing. The manufacturing route is adapted to the geometry, material, tolerances and production requirements of each device.

We review part geometry, microfeatures, materials, tolerances, draft angles, gating and other manufacturing-critical details before tooling begins.

Design

LEARN MORE

Prototype parts help validate geometry, functionality and material selection before committing to production tooling.

Prototyping

LEARN MORE

Microfluidic molds are engineered and manufactured with particular attention to microfeature replication, dimensional accuracy and process stability.

Tooling

LEARN MORE

For suitable applications, micro injection molding enables repeatable production of polymer microfluidic components from low-volume manufacturing through serial production.

Molding

LEARN MORE

Post-molding operations can include bonding, assembly and other finishing processes required to turn molded components into functional microfluidic devices.

Bonding

LEARN MORE

Not sure where to start?

Reach out — our team will guide you in the right direction.

Book an Assesment

Injection Molding for Microfluidic Devices

Injection molding can provide a scalable manufacturing route for microfluidic devices that require repeatable microfeatures, dimensional consistency and increasing production volumes.

With the right combination of part design, tooling, material selection and process control, complex polymer microfluidic components can be replicated consistently across production batches.

Micromolds combines in-house precision tooling with micro injection molding expertise, allowing tooling and molding parameters to be developed together rather than treated as separate manufacturing steps.

For detailed capabilities, materials and design considerations, explore our dedicated microfluidic injection molding services.

Microfluidic Injection Molding

Precision Manufacturing for Complex Microfluidic Devices

Microfluidic components often combine microscopic features with demanding dimensional, optical and surface requirements. Our manufacturing processes are developed around repeatability and control of these critical features

✓ ISO 13485-Certified Quality System

Manufacturing supported by an ISO 13485-certified quality management system for medical and other demanding applications.

✓ ISO Class 8 Cleanroom Manufacturing

Controlled production environment for contamination-sensitive components.

✓ Injection Molding Expertise

Enables ultra-thin walls, precise microfeatures and superior surface replication.

Cleanroom Manufacturing for Microfluidic Devices

For microfluidic, diagnostic and medical applications where contamination control is critical, Micromolds provides controlled manufacturing capabilities for sensitive polymer components and devices.

Cleanroom-compatible production can be integrated with molding, handling, bonding, assembly and packaging requirements depending on the needs of the project.

Our team can evaluate cleanliness requirements during the project planning stage and develop an appropriate manufacturing workflow around your application.

Crystal-clear resin granules on black.png

Materials for Microfluidic Device Manufacturing

Material selection can directly influence optical performance, chemical compatibility, dimensional stability, bonding and manufacturability.

We work with engineering and optical-grade thermoplastics commonly used for microfluidic device manufacturing, including:

COC & COP
Suitable for applications requiring high optical clarity, low autofluorescence and strong performance in diagnostic and analytical devices.

PMMA
A transparent polymer frequently selected for optical microfluidic applications and prototyping.

Polycarbonate (PC)
Provides transparency together with mechanical strength and impact resistance.

Polystyrene (PS)
Commonly used for diagnostic, laboratory and life-science consumables.

Polypropylene (PP)
Suitable for applications requiring chemical resistance and low density.

Other engineering polymers can be evaluated based on device requirements, geometry and production process.

Explore Microfluidic Materials

Microfluidic Manufacturing Applications

We support companies developing microfluidic components and devices for medical, diagnostic, life-science and high-tech applications.

Typical applications include:

Point-of-care diagnostic devices
Lab-on-a-chip systems
Diagnostic cartridges
Microfluidic chips
Cell-based assays
Sample preparation devices
Analytical and laboratory devices
Life-science consumables

Each application presents different requirements for microfeature replication, materials, optical performance, bonding, cleanliness and production scalability.

Explore Case Studies

How We Help Bring

Microfluidic Devices to Production

From design optimization to validated production, we support every stage of your microfluidic manufacturing journey.