A microchip being placed on a circuit board (illustrative photo)

Markets

Supporting the technologies that matter to the region

Ten markets the facility’s toolset is being set up to support. We want to hear from companies and research groups working in these areas, and in others we haven’t listed.

Fine needles dispensing liquid into small vials (illustrative photo)

Microfluidics and lab-on-chip

Fluidic chips in silicon, glass and polymers for diagnostics, life sciences and research.

In the toolset: deep silicon etch for channels, oxide insulation, metal electrodes, and PDMS and UV-epoxy handling.

A small sensor board on a cable, held above a circuit board (illustrative photo)

MEMS and sensors

Pressure, inertial, resonant and thermal sensors, from concept to working prototype.

In the toolset: deep silicon etch, furnaces, polysilicon and nitride films. HF vapour release is a planned addition.

A close-up of a hexagonal honeycomb structure (illustrative photo)

Piezo and ferroelectric devices

Actuators, energy harvesters and acoustic devices.

In the toolset: high-field magnetron sputtering, rapid thermal processing and X-ray diffraction.

A pipette filling rows of small sample tubes (illustrative photo)

Biomedical and flexible electronics

Implant encapsulation and thin-film electrodes for medical and diagnostic devices.

In the toolset: parylene coating, evaporated electrodes, wire bonding and die placement.

Tweezers placing a microchip onto a circuit board (illustrative photo)

Packaging and die-attach prototyping

Small-batch assembly for start-ups and spin-outs.

In the toolset: dicing, ball and wedge bonding, pull testing and sub-micron die placement.

A silicon wafer with an iridescent grid of microchip dies (illustrative photo)

Silicon process development

Front-end style research runs before committing to volume production.

In the toolset: furnaces, PE-CVD, deep silicon etch, reactive-ion etch and rapid thermal processing.

An electric vehicle charging (illustrative photo)

Compound semiconductor, power and RF

GaN and SiC device work: contacts, mesas and ohmic anneals.

In the toolset: reactive-ion and ICP etch, e-beam contact metals, PE-CVD passivation and rapid thermal anneals.

Gold-plated stages of a quantum computer cryostat (illustrative photo)

Quantum and superconducting devices

Thin-film circuits and junction work for quantum materials, sensors and devices.

In the toolset: evaporation, sputtering, annealing and reactive-ion etch for film deposition and patterning.

Green laser beams radiating from a central point (illustrative photo)

Photonics and integrated optics

Waveguides, gratings and optical sensors.

In the toolset: PE-CVD oxide and nitride, ICP etch and sputtered films, with SEM and AFM inspection.

Illustration: two chips on a silicon interposer, with through-silicon vias and redistribution layers, mounted on a package substrate

Interposers and RDL (2.5D packaging)

Silicon and glass interposers and redistribution layers.

In the toolset: deep silicon etch for through-silicon vias, PE-CVD liners, sputtered barrier and seed layers, lithography and dicing.

Working on something else?

If your work is at the micro or nano scale and it isn’t listed here, tell us what you need. It helps us understand what would be most useful to companies.

See the tools behind these markets

Headline tools, process areas and the outcomes the facility is being set up to support.