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 manufacturer for prototype and production microfluidic devices.

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ISO 13485 Certified

Medical-grade micro manufacturing

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From Prototype to Production

Developing and manufacturing microfluidic devices comes with unique engineering and production challenges. From complex microfeatures and material selection to scalable manufacturing and reliable bonding, we help transform innovative designs into high-quality, production-ready microfluidic components.

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

From prototype to production, we manufacture custom microfluidic components and chips for demanding applications. Let's find the right manufacturing solution together.

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Our Microfluidic Manufacturing Process

Evaluate channel geometry, feature sizes and manufacturability.

Design

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PDMS prototyping and soft lithography used to validate critical microfluidic features and flow behavior.

Prototyping

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Micro tooling for injection molding of high-precision microfluidic components

Tooling strategies based on feature complexity and volumes.

- Rapid tooling

- Laser tooling

- LiGA tooling

Tooling

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Stable and repeatable manufacturing of thermoplastic microfluidic components for series production.

Injection Molding

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In-house bonding and assembly processes ensuring functional, aligned and leak-free microfluidic devices.

Bonding and Assembly

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Not sure where to start?

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

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Why Choose Injection Molding for Microfluidics?

Stable production processes

Injection molding enables repeatable manufacturing of micro-scale channel structures.

High replication accuracy

Microfluidic channels and features can be reproduced consistently across large production volumes.

Scalable manufacturing

Thermoplastic microfluidic chips can be produced from small pilot batches to high-volume production.

Lower cost at volume

Injection molding significantly reduces cost per chip compared to prototype fabrication methods.

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Precision Manufacturing for Complex Microfluidic Devices

From ISO-certified production to advanced polymers and micro-scale molding technologies, we provide the manufacturing capabilities needed to bring demanding microfluidic designs into production.

✓ ISO 13485 Certified Production

Medical-grade quality management for regulated applications.

✓ ISO Class 8 Cleanroom Manufacturing

Controlled production environment for contamination-sensitive components.

✓ Variothermal Injection Molding

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

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Manufacturing Materials

Material selection strongly influences microfluidic device performance, including chemical compatibility, optical properties and bonding behavior.

Common thermoplastics used for microfluidic chip manufacturing:

COC / COP – optical clarity, low autofluorescence
PMMA (Acrylic) – optical transparency, microchannel visualization
Polystyrene (PS) – biological compatibility
Polycarbonate (PC) – mechanical strength and durability

Material selection depends on channel geometry, bonding method and device requirements.

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Microfluidic Applications

Microfluidic chips power modern diagnostics and life science technologies. Micromolds supports the transition from development to scalable thermoplastic microfluidic chip manufacturing.