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Research and Prototype Foundry

Enabling fabrication at micro and nano scale
  • #access Access our facilities
  • https://forms.office.com/pages/responsepage.aspx?id=fuOzgnGBXUixCzja5-0UqMGl6VtTjhNHsdKkE35ADLRUNkNUMzM5RUVQRDA4OUpFVUlWVkM5MTM4NS4u&route=shorturl Project enquiries

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Who we are

The Research and Prototype Foundry is a Core Research Facility, based at the Sydney Nanoscience Hub, and is a member of the Australian National Fabrication Facility network. It offers instruments for the fabrication of devices and structures with features on the micro and nano scale. Our specialised processes allow researchers and industry to develop and prototype new devices.

The Research and Prototype Foundry, enables fabrication of a wide range of research material and devices, with applications in areas including optical chips, electronics, microfluidics and new quantum science and technology.

We provide access to state-of-the-art instruments and processes for lithography, etching, deposition, and metrology, backed up by a team of expert process engineers. Our capabilities and services support early development, enabling researchers and industry alike to make devices and prototype new ideas. 

Send us your project goals and requirements, and our staff will put together a tailored registration and training program to ensure that you can make the most of our facilities.

  1. Consultation. Once we receive your project enquiry, our staff will work with you to put together a viable project design, taking into account factors such as experimental scope, instrument requirements, and budget.
  2. Activation. We will assist you in registering your project, and will guide you through any necessary formalities prior to project commencement.
  3. Induction. We will organise a bespoke instrument training program specific to your needs, giving you autonomous access to our facilities to complete your project.

University of Sydney staff and students receive special subsidised rates. Please login to the Intranet to view service and access rates.

Rate categories:

  • External academic: Under ANFF Access Policy, all Australian universities are charged at the same rates as internal University of Sydney users.
  • PFRO: Australian Publicly funded research organisations or not-for-profits.
  • Commercial: Industry users.

Access rates

Rate category External academic PFRO Commercial
Group 1 equipment $9/hr $50/hr $65/hr
Group 2 equipment $27/hr $150/hr $200/hr
Group 3 equipment $36/hr $200/hr $265/hr
Training $120/hr $165/hr $220/hr
Staff assistance $120/hr $165/hr $220/hr

Group 1 equipment

  • AI 1400C muffle furnace
  • BotFactory PCB Printer
  • Bruker Dektak XT
  • Bruker Nanoindenter Ti Premier
  • Die Bonding – TPT HB75
  • Die Bonder Fine Tech Lambda
  • Dicing Saw ADT
  • Dry Film Laminator Fortex FL‑0305‑01
  • Emitech K550
  • Fibre Draw Tower
  • Fibre Hydrogenation System
  • Glow O₂ Plasma Asher
  • JA Woollam Ellipsometer
  • Karl Suss PM5 Probe Station
  • MILA 5000 Lamp Annealer
  • NanoProbe with Keithley Parametric Analyser
  • Nikon Instruments LV‑100ND
  • Olympus DSX 510 Optical Microscopes
  • PDMS Process Tools
  • Southbay RIE3000
  • Wire Bonding – TPT HB100

Group 2 equipment

  • 3D Nano Printer Nanoscribe
  • AJA ATC‑1800 Evaporator
  • AJA ATC‑2000‑UHV Sputterer
  • Atomic Force Microscope Bruker Icon
  • E400 CMP
  • EVG 501 Wafer Bonding
  • EVG 610 Mask Aligner
  • Film Stress Measurement KSA UltraScan
  • HF Vapour Etch SPTS uEtch
  • Heidelberg DWL 66+
  • Heidelberg MLA100
  • Leica DCM8 3D Microscope
  • Mercury Probe Mapping CV Map92 A/B
  • Oxford ICP RIE
  • PECVD Plasma Pro 100
  • PicoTrack PCT‑150 Coater‑Developer
  • Picosun ALD R200
  • Plassys MEB550S4‑I UHV
  • Plasmatherm RIE
  • Reynolds Tech Wet Bench
  • SemiProbe with Keithley Parametric Analyser

Group 3 equipment

  • Elionix EBL ELS‑F125
  • Metrology – Zeiss
  • NanoFab Helium Ion Beam
  • Zeiss Crossbeam 550XL FIB‑SEM

Photomasks

Prices exclude delivery and handling. Standard lead time is 10 business days.

Size External academic PFRO / Commercial
4” × 0.06” Soda lime $315 $476
5” × 0.09” Soda lime $381 $575
6” × 0.09” Soda lime $480 $716
7” × 0.12” Soda lime $772 $1,009
5” × 0.09” Quartz $581 $775

Notes:

Precious metals and some consumables are charged at cost. Masks use low reflective chrome by default. Other mask sizes and chrome types may be available upon request; contact us for pricing. Critical dimensions down to 2um are available under standard resolution. High-resolution is available upon request and can produce CD down to 1um. All mask designs must meet Foundry Guidelines to qualify for standard pricing; additional design charges based on staff labour rates may be incurred if this is not the case.

  • Quoted prices do not include GST, delivery and handling costs
  • All prices are based on standard lead time of 10 working days; additional labour charges apply for faster turnaround
  • Prices and tools are subject to change.

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Existing or new user?

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Log in to submit a project or book equipment

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Resources

Facilities

Cleanroom

Approximately 700sqm of ISO 5 cleanroom space which houses Sydney’s deposition, etching, lithography, metrology, and wet processing facilities.

At the Research and Prototype Foundry, micro and nano-scale devices are made in our cleanroom. A cleanroom is a laboratory where the environment is strictly controlled to eliminate contaminants such as humidity and dust, which can affect sensitive products and processes.

Level 2 Sydney Nanoscience Hub (A31)

Packaging & soft lithography facility

Approximately 75sqm of semi-clean space for PDMS processing and packaging

Lab 3021, Sydney Nanoscience Hub (A31)

Advanced fibre Bragg grating (FBG) facility

FBG writing, testing, and annealing, plus fibre laser testing.

Physics Building (A28)

Fibre fabrication facility

Fibre draw tower and CNC mill.
Physics Building (A28)

Contact us

Locations

Our main facility is located in the Research wing of the Sydney Nanoscience Hub (A31), Physics Road, The University of Sydney NSW 2006.

We also operate a site in the adjacent Physics Building (A28).

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