The expansion will significantly enhance Quantum Science’s ability to meet growing demand from its international customer base, with the market for shortwave-infrared (SWIR) imaging and sensing forecast to hit 2.9 billion dollars by 2028. The company’s technology facilitates high-performance SWIR capability at costs up to a thousand times lower than alternative technologies.
Dr Hao Pang, CEO and founder of Quantum Science, said: “Our expansion into the new manufacturing facility is a clear indication of our rapid growth and increasing market presence. As the demand for SWIR technology grows, we are seeing significant interest in our INFIQ QDs and QD inks – and the new facility will ensure that our supply of industry-leading QD technology keeps pace with our customers’ requirements.”
“This addition to our existing facility provides our team with a comprehensive hub for innovation and production, enhancing our production capacity and strengthening our position in the QD technology landscape. By centralizing our R&D, product development, and now advanced manufacturing capabilities at Sci-Tech Daresbury, Quantum Science is proving itself as the leading partner for the growing SWIR technology community.”
Scale up and production processes will be moved to the new facility from January 2025, enabling Quantum Science to bolster the production of its quantum dots and lead-free QD technology. The new lab is co-located with Quantum Science’s existing R&D center and product development lab at Sci-Tech Daresbury and will feature increased storage capacity for consumables and inventory.
References: H. Pang (Quantum Science): The quantum revolution in vehicle sensor technology – How quantum dots are empowering vehicle safety and automation features, PhotonicsViews 22(1), February / March 2024, DOI: 10.1002/phvs.202300038 (online open) • S. Stubbs (Quantum Science): How the hidden quantum realm reveals the invisible – tunable quantum dots offer a sought-after breakthrough in SWIR sensing and imaging, PhotonicsViews 19(6), December 2022 / January 2023, DOI: 10.1002/phvs.202200046 (online open)
