Microfluidic device fabrication services

From custom CAD design to cleanroom-grade fabrication, we deliver industry-standard microfluidic devices with precision, scalability, and biocompatibility.

Examples of our 75 × 25 mm COC microfluidic chips with port wells, designed for parallel channel layouts to run several experiments at once.

Materize is your partner for fast and efficient development of industry-standard microfluidic devices. We serve as the industry collaboration and innovation platform of the Institute of Solid State Physics, University of Latvia (ISSP-UL). Through Materize, ISSP-UL makes its 47 years of experience and the expertise of over 300 researchers and engineers directly accessible to industry. This structure ensures that our clients benefit from world-class scientific know-how combined with practical engineering and production workflows.

Our capacity ranges from bespoke single-unit designs to small batch production, tailored to your unique project requirements. We specialize in the custom fabrication of PDMS-free microfluidic devices, offering high-precision manufacturing, rapid turnaround, and biocompatible, industry-grade bonding.

Our value proposition

Seamless integration of high-precision microfluidics with industry-grade bonding, non-gas permeable materials, and design flexibility. We provide cleanroom quality, short production times, and the ability to work on scalable prototypes.

We are experts in Microfluidic design and rapid device prototyping.

Our core services

Design: CAD design assistance, design iteration (standard 75 × 25 mm chip format)
Fabrication: From prototypes to small batch production, using COC chips with integrated port wells (see COC characteristics here)
Microfluidics quality control: flow rate, alignment, leakage, others

Standard 75 × 25 mm COC microfluidic chip with port wells (inlets/outlets). Designs are created within this format.

Materials & Specifications

COC: high transparency, high stiffness, biocompatibility
OSTE+features: functional groups for biofunctionalization, UV-curable, high stiffness
Bonding: irreversible, biocompatible
Features size: down to 5 um depending on aspect ratio, high alignment precision