Microfluidic Technologies, Processes and Materials

We bring together sophisticated technologies, processes and materials to solve your microfluidic challenges

Our Expertise in Solving Your Toughest Problems

MiniFAB specialises in precision engineered polymer microfluidic devices, and can generate microfeatures with exceptional tolerances. MiniFAB has specific expertise in the design and manufacture of challenging combinations of micro and macro features. With our track record of successfully solving manufacturing problems that "couldn't be solved," we are so much more than a job shop — we generate solutions for your technical challenges.

MiniFAB has a wide selection of specialised and state-of-the-art equipment installed in cleanrooms built to Class 10,000 (ISO 7) that enable us to provide a unique and comprehensive service. MiniFAB also has a biolab (PC2) so that we can perform side by side testing with our clients and provide a robust verification system.

Hybrid Integration & System Integration

MiniFAB expertly integrates different functionalities, materials and process to create customised solutions for your applications.


Reagents on Cartridge

  • On-cartridge blisters
  • On-cartridge reservoirs, pouches
  • Rehydration of dried/lyophilised reagents
  • Activation systems

Electrode Integration

  • Integration of planar electrodes onto polymer
  • In-channel electrodes
  • Die-bonded chips

Fluidic Metering

  • Accurate and repeatable
  • On-cartridge metering features
  • Instrument controlled metering

Multilayer Cartridges

  • Integration of multilayers and components
  • Rigid and flexible layers
  • Carrier and interposer layers for hybrid integration
  • 2D and 3D fluidic networks


  • Reliable manufacturing of complex, precise in-channel micro-features with high aspect ratios
  • Micro-holes, shapes, textures
  • Micro-optical structures

Integrated Filters

  • Hydrophilic / Hydrophobic membranes
  • Separation membranes
  • Filter membranes
  • Micro-mechanical / patterned foils


  • Passive valves
  • Active valves
  • Burst valves
  • Flap / membrane valves
  • Commercial (off-the-shelf) valve integration


  • Highly effective on-cartridge mixing structures
  • Rapid mixing over small areas
  • 2D and 3D structures
  • Integrated microfeatures (e.g. herringbones)

Biosensor Integration

  • Optical detection chambers
  • Electrochemical biosensors
  • Silicon biosensors
  • MEMS
  • Nanobiosensors

MiniFAB's Process Capabilites and Techniques for Product Design and Manufacture


  • Concept Generation
  • Computer Aided Design (CAD)
  • Design for Manufacture
  • Failure Mode and Effects Analysis (FMEA)
  • Risk Analysis
  • Industrial Design and Human Factors Analysis


  • Micro Milling
  • Excimer Laser
  • Carbon Dioxide (CO2) Laser
  • Photolithography
  • Bonding and Lamination


  • Electroform Tooling
  • Hot Embossing
  • Nano Imprint Lithography (NIL)
  • Casting
  • Injection Molding


  • Lamination
  • Thermal Diffusion
  • Ultrasonic Bonding
  • Adhesive Bonding
  • Solvent Bonding
  • Wire Bonding


  • Hybrid Packaging
  • Polymer Packages
  • Blister Reagent Storage
  • Surface Modification
  • Fluidic Connectors
  • Optical Windows


  • Optical Microscopy
  • Scaning Electron Microscopy (SEM)
  • Laser Scanning Confocal Microscopy
  • Surface Roughness Measurement
  • Fluidic Testing
  • Biological Testing

Microengineering & Materials

  • Polymers including PC, PMMA, ABS, PVC, PET, COC, COP, PI, PEEK, PP, PU, PS and others
  • Thin film deposition by magnetron sputtering of Al, Cu, Au, Cr, Ti, Ni, W and other metals
  • Conformal parylene coatings for biocompatibility, chemical resistance and environmental applications
  • 4" silicon wafers with SU-8, AZ, or BPR photoresist or laminar dry film resists
  • Electroformed thick films in nickel, copper or alloys
  • Hybrid solutions that combine polymer, metal, ceramics, PCBs and composites

Manufacturable Microfeatures

  • Ports with variable geometries and sidewall angles
  • Features of varying depths, aspect ratios and geometries with either a positive or negative profile
  • Channels and grooves with controlled sidewall profiles and interconnectivity
  • Textures with many pattern geometries to modify tactile, optical, fluidic or mechanical properties
  • Optical structures for diffractive and refractive effects

Microtooling & Replication

MiniFAB produces microfeatured parts used for tooling as well as final products. MiniFAB has extensive experience in combining polymer, metal, and injection molded tooling that incorporate micro and macro-features, including:

  • Polymer tools for low-temperature replication processes and low-volume manufacturing
  • Electroformed metal tools for higher temperature replication processes and low- to medium-volume manufacturing
  • Tools for injection molding suitable for high-volume manufacturing

MiniFAB's approach to microfabrication is aimed at reducing development and manufacturing costs by removing the need to use expensive prototyping processes at the earliest practical point. In so far as practical, MiniFAB uses materials in the prototyping processes that are the same as those used in volume manufacture.

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1 Dalmore Drive, Scoresby VIC

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