Start-Up Spotlight: Innofocus – Australia’s Quiet Powerhouse in Quantum Photonics
When people talk about the future of technology, the conversation usually centres on artificial intelligence, software and data. But there is another transformation underway – one that happens deep inside materials, at scales thousands of times smaller than a human hair.
That is the world Innofocus lives in.
Based in Melbourne, Innofocus is a deep-tech company building intelligent 3D laser nanomanufacturing systems that are attracting global attention. Their work is helping Australia secure a leading role in the emerging quantum and photonics economy, not just as a customer of overseas technology, but as a creator and exporter of the tools the world will depend on.
From research frustration to Australian-made capability
The story behind Innofocus begins in the lab. Working in nanophotonics, nanomaterials, and nanofabrication, the founding team saw the same pattern repeat itself:
The most capable equipment was imported, expensive, and often locked into a narrow set of materials.
The tools were difficult to use, requiring deep specialist expertise and slow trial-and-error just to create a single working structure.
Instead of accepting those limitations, Innofocus was founded in 2018 in Melbourne to build something different: Australian-made nanomanufacturing equipment that is flexible, intelligent and designed from the ground up for real-world users.
Today, their nanoLAB, nanoFACTORY systems bring together ultrafast lasers, precision mechanics, AI-driven imaging and advanced control software in a single platform. The aim is simple: make it dramatically easier and faster for researchers and companies to design, fabricate and immediately check complex nanostructures – all in one workflow.
What does Innofocus actually do?
For those outside the field, nanomanufacturing can sound abstract. In plain language, Innofocus builds systems that:
“3D-print” structures using light, in materials ranging from soft polymers to glass, ceramics and diamond-like films.
Look inside those structures in 3D straight away to see how they interact with light, and whether they behave as designed.
Use smart software and AI to continuously optimise the process for better performance and higher yield.
In practical terms, that means a researcher or engineer can design a tiny optical component, fabricate it in 3D, and immediately understand how well it works – then quickly iterate.
It’s this tight loop between design, fabrication and characterisation that has helped Innofocus stand out. The company has been recognised with more than 20 industry awards, including InnovationAus Awards for Excellence and multiple Australian Made Awards, for successfully translating deep scientific research into commercial tools and real-world impact.
Why this matters for quantum
Photonics – using light to carry and process information – is becoming a critical building block for quantum technologies, high-performance computing and secure communications. Quantum photonic chips, in particular, will underpin:
Faster and more energy-efficient data centres
Ultra-secure quantum communication networks
Advanced sensing for defence, space and critical infrastructure
These chips rely on exquisitely engineered nanoscale structures, such as multi core fibre (MCF) fan-in/fan-out (FIFO), low-loss complicated 3D waveguides, beam splitters, interferometers, phase shifters, and mode converters - fabricated with sub-wavelength precision and long-term stability, patterned into advanced materials with extreme precision.
Conventional planar lithography-based technology typically suffer from problems such as complex processes, high costs, limited materials, and is not well-suited for the true three-dimensional architecture required for advanced quantum photonic integration.
This is where Innofocus is uniquely positioned. Their systems are already being used to prototype quantum photonic chips and other photonic integrated circuits, and to fabricate the nanoscale “building blocks” that future quantum-grade devices will require.
Of particular note is Innofocus’s pioneering development of the in-situ HoloView 3D refractive index characterization system – seamlessly superimposed and integrated three-dimensional characterisation function into the 3D laser nanofabrication equipment, enabling metrology and iterative optimisation of device geometry, optical loss, and functional performance in real time, which significantly shortens the transformation journey from research idea to manufacturable prototypes.
This globally unique commercial equipment capability has attracted attention from photonic device developers, semiconductor foundries, and AI data centre infrastructure manufacturers from Europe and the United States, leading to numerous R&D collaborations.
In a field often seen as “too far away” or purely academic, Innofocus is a concrete example that quantum-enabling infrastructure is being built now – and being built in Australia.
Australia at the forefront of the photonics–quantum era
As AI models grow larger, data centres consume more energy and security threats become more complex, the world is looking for fundamentally new ways to move and process information. Photonics, and, increasingly, quantum photonics, is one of the most promising answers.
Innofocus sits at that intersection. By combining ultrafast laser systems, precision positioning control systems, intelligent software, and advanced materials, the company is creating the tools needed to build the next generation of photonic and quantum devices. And by doing it from Melbourne, they are showing that Australia can lead in this domain – not in theory, but in working equipment, export orders and on-the-ground jobs. Innofocus operates a 1,000-square-meter Nano Manufacturing Plant (NMP) in the north of Melbourne, equipped with multiple open labs and prototype production lines, and has established partnerships with numerous universities, research institutions, and advanced manufacturing companies in Australia and around the world – forming the cornerstone of building a photonic nanomanufacturing ecosystem in Australia.
At Quantum Australia, we’re delighted to showcase Innofocus through our Start-Up Spotlight series – and to amplify a story that speaks directly to our broader mission: building a nationally connected, globally competitive quantum ecosystem, grounded in world-class Australian capability.
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