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MEMS Manufacturing

MEMS Manufacturing

PDMS · Injection Molding · MEMS - One Microfludics Partner

What We Do

Design & Prototyping

Accelerated development of custom microfluidic devices

Custom Product Design

Custom Product Design

microfluidic chips

Precision CNC Machining

Rapid 3D Printing

Rapid 3D Printing

On-demond  PDMS Fabrication

On-demand  PDMS Fabrication

Scale-Up Manufacturing

High-volume cleanroom production of PDMS, injection-molded, and MEMS microfluidics

Large-Scale PDMS Manufacturing

Large-Scale PDMS Manufacturing

 
ISO 7 Cleanroom Injection Molding

ISO 7 Cleanroom Injection Molding

MEMS Microfabrication

MEMS Microfabrication

 
Glass Molding for Microfluidics & Optics

Glass Molding for Microfluidics & Optics

 

Assembly & Integration

End-to-end device integration with biological readiness

Surface Functionalization

Surface Functionalization

Bonding & Sealing thermal, solvent

Bonding & Sealing thermal, solvent

On-Chip Reagent Storage & Lyophilization

On-Chip Reagent Storage & Lyophilization

 
Semi- and Fully-Automated Assembly

Semi- and Fully-Automated Assembly

Why Choose Us

One Partner, Every Stage.

We support your device from early feasibility through prototyping and manufacturing transfer, reducing redesign cycles and accelerating deployment.

  • Faster iteration cycles with fully in-house execution

  • Tight control over quality and reproducibility

  • Experience navigating IVD requirements and deployment pathways

One Partner, Every Material.

From rapid prototyping to scalable production materials, we help teams choose and transition across the right fabrication platforms without changing partners.

  • PDMS for fast prototyping and assay validation

  • Thermoplastics, glass, and silicon for production-ready systems

  • Full-service capabilities across multi-material device architectures

One Partner, Every Application.

We design around biological workflows and real device constraints — NOT just microfluidic geometry — enabling reliable translation from research prototypes to usable systems.

  • Deep expertise in IVD, life science, and medical devices

  • Understanding reagent stability and fluid leakage risks

  • Engineering for assay performance, not just channel layout

News & Highlight

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