Parkwalk Advisors
Parkwalk Advisors is a London-based venture capital firm that focuses on UK technology companies with IP backing, primarily those spun out from UK universities. The firm invests across seed to growth stages, including late-stage rounds, and is stage-agnostic, aiming to support unlisted companies with freedom to operate. It concentrates on companies originating from university research, especially in Cambridge and across the UK, and targets sectors such as healthcare, energy, materials, technology, artificial intelligence, big data, life sciences, cleantech, medtech, quantum computing, and the apps ecosystem. Typical investments range from about £0.3 million to £10 million, with capital structures kept in a single share class, and the firm may provide equity or debt financings. Investments are generally planned over a three- to eight-year horizon.
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Past deals in 3D Printing
Wayland Additive
Series A in 2024
Founded in 2019, Wayland Additive specializes in developing, manufacturing, and distributing metal additive manufacturing 3D printing machines. The company serves industries such as aerospace and medical, offering advanced solutions like electron beam lithography.
Cambridge Touch Technologies
Series B in 2023
Cambridge Touch Technologies develops piezoelectric-based 3D touch technology for smartphones, tablets, automotive, and industrial applications. Its UltraTouch platform combines proprietary artificial intelligence with sophisticated signal processing and a piezoelectric force film to deliver an all-in-one touch and force sensor architecture that offers advanced functionality at lower cost and scales to curved and foldable device sizes. The company targets pressure sensing and 3D touch to enhance interaction in consumer electronics and industrial applications.
Wayland Additive
Series B in 2023
Founded in 2019, Wayland Additive specializes in developing, manufacturing, and distributing metal additive manufacturing 3D printing machines. The company serves industries such as aerospace and medical, offering advanced solutions like electron beam lithography.
OSSTEC
Seed Round in 2023
OSSTEC specializes in advanced orthopedic implants, focusing on knee replacement surgeries. Its metal 3D printed implants mimic natural bone structure, reducing stress shielding, promoting bone ingrowth, and enhancing long-term implant stability for patients with osteoarthritis.
Cambridge Touch Technologies
Series A in 2022
Cambridge Touch Technologies develops piezoelectric-based 3D touch technology for smartphones, tablets, automotive, and industrial applications. Its UltraTouch platform combines proprietary artificial intelligence with sophisticated signal processing and a piezoelectric force film to deliver an all-in-one touch and force sensor architecture that offers advanced functionality at lower cost and scales to curved and foldable device sizes. The company targets pressure sensing and 3D touch to enhance interaction in consumer electronics and industrial applications.
Fuel3D
Series A in 2022
Fuel3D produces an affordable handheld 3D scanner that captures high‑resolution shape and color data in seconds. The device combines pre‑calibrated stereo cameras with photometric imaging, enabling rapid, accurate 3D modeling for applications such as gaming, animation, and product design. Developed by a team of engineers and scientists at Oxford University, the technology originated in medical imaging and has been adapted for broader creative and industrial use. Fuel3D offers a point‑and‑shoot system that is significantly cheaper than traditional scanners, making high‑quality 3D capture accessible to independent developers, designers, and artists. The company is led by CEO Stuart Mead, who brings experience from multiple successful technology ventures.
Wayland Additive
Series A in 2021
Founded in 2019, Wayland Additive specializes in developing, manufacturing, and distributing metal additive manufacturing 3D printing machines. The company serves industries such as aerospace and medical, offering advanced solutions like electron beam lithography.
Fuel3D
Series A in 2020
Fuel3D produces an affordable handheld 3D scanner that captures high‑resolution shape and color data in seconds. The device combines pre‑calibrated stereo cameras with photometric imaging, enabling rapid, accurate 3D modeling for applications such as gaming, animation, and product design. Developed by a team of engineers and scientists at Oxford University, the technology originated in medical imaging and has been adapted for broader creative and industrial use. Fuel3D offers a point‑and‑shoot system that is significantly cheaper than traditional scanners, making high‑quality 3D capture accessible to independent developers, designers, and artists. The company is led by CEO Stuart Mead, who brings experience from multiple successful technology ventures.
Cambridge Touch Technologies
Series B in 2019
Cambridge Touch Technologies develops piezoelectric-based 3D touch technology for smartphones, tablets, automotive, and industrial applications. Its UltraTouch platform combines proprietary artificial intelligence with sophisticated signal processing and a piezoelectric force film to deliver an all-in-one touch and force sensor architecture that offers advanced functionality at lower cost and scales to curved and foldable device sizes. The company targets pressure sensing and 3D touch to enhance interaction in consumer electronics and industrial applications.
Fuel3D
Venture Round in 2019
Fuel3D produces an affordable handheld 3D scanner that captures high‑resolution shape and color data in seconds. The device combines pre‑calibrated stereo cameras with photometric imaging, enabling rapid, accurate 3D modeling for applications such as gaming, animation, and product design. Developed by a team of engineers and scientists at Oxford University, the technology originated in medical imaging and has been adapted for broader creative and industrial use. Fuel3D offers a point‑and‑shoot system that is significantly cheaper than traditional scanners, making high‑quality 3D capture accessible to independent developers, designers, and artists. The company is led by CEO Stuart Mead, who brings experience from multiple successful technology ventures.
Cambridge Touch Technologies
Series A in 2018
Cambridge Touch Technologies develops piezoelectric-based 3D touch technology for smartphones, tablets, automotive, and industrial applications. Its UltraTouch platform combines proprietary artificial intelligence with sophisticated signal processing and a piezoelectric force film to deliver an all-in-one touch and force sensor architecture that offers advanced functionality at lower cost and scales to curved and foldable device sizes. The company targets pressure sensing and 3D touch to enhance interaction in consumer electronics and industrial applications.
OxSyBio
Series A in 2018
OxSyBio Ltd. is a biotechnology company based in London, United Kingdom, specializing in the development of advanced 3D printing techniques for creating tissue-like and functional tissues intended for medical research and clinical applications. Founded in 2014, the company focuses on innovative methods that utilize three-dimensional networks of lipid monolayer aqueous droplets, which can conduct electrical signals along designated pathways and self-fold into intricate structures. These engineered tissues aim to facilitate organ repair or replacement, supporting precision medicine initiatives. The technology builds upon pioneering research from Professor Hagan Bayley's group at the University of Oxford, emphasizing the integration of chemical and synthetic biology in the field of regenerative medicine.
Fuel3D
Venture Round in 2017
Fuel3D produces an affordable handheld 3D scanner that captures high‑resolution shape and color data in seconds. The device combines pre‑calibrated stereo cameras with photometric imaging, enabling rapid, accurate 3D modeling for applications such as gaming, animation, and product design. Developed by a team of engineers and scientists at Oxford University, the technology originated in medical imaging and has been adapted for broader creative and industrial use. Fuel3D offers a point‑and‑shoot system that is significantly cheaper than traditional scanners, making high‑quality 3D capture accessible to independent developers, designers, and artists. The company is led by CEO Stuart Mead, who brings experience from multiple successful technology ventures.
Cambridge Touch Technologies
Series A in 2016
Cambridge Touch Technologies develops piezoelectric-based 3D touch technology for smartphones, tablets, automotive, and industrial applications. Its UltraTouch platform combines proprietary artificial intelligence with sophisticated signal processing and a piezoelectric force film to deliver an all-in-one touch and force sensor architecture that offers advanced functionality at lower cost and scales to curved and foldable device sizes. The company targets pressure sensing and 3D touch to enhance interaction in consumer electronics and industrial applications.
Cambridge Touch Technologies
Seed Round in 2016
Cambridge Touch Technologies develops piezoelectric-based 3D touch technology for smartphones, tablets, automotive, and industrial applications. Its UltraTouch platform combines proprietary artificial intelligence with sophisticated signal processing and a piezoelectric force film to deliver an all-in-one touch and force sensor architecture that offers advanced functionality at lower cost and scales to curved and foldable device sizes. The company targets pressure sensing and 3D touch to enhance interaction in consumer electronics and industrial applications.
Tangentix
Series B in 2015
Tangentix is a UK-based startup in Sheffield exploring 3D graphics compression, aiming to improve the storage and transmission of three-dimensional graphics data.
Fuel3D
Series B in 2014
Fuel3D produces an affordable handheld 3D scanner that captures high‑resolution shape and color data in seconds. The device combines pre‑calibrated stereo cameras with photometric imaging, enabling rapid, accurate 3D modeling for applications such as gaming, animation, and product design. Developed by a team of engineers and scientists at Oxford University, the technology originated in medical imaging and has been adapted for broader creative and industrial use. Fuel3D offers a point‑and‑shoot system that is significantly cheaper than traditional scanners, making high‑quality 3D capture accessible to independent developers, designers, and artists. The company is led by CEO Stuart Mead, who brings experience from multiple successful technology ventures.
Fuel3D
Series A in 2014
Fuel3D produces an affordable handheld 3D scanner that captures high‑resolution shape and color data in seconds. The device combines pre‑calibrated stereo cameras with photometric imaging, enabling rapid, accurate 3D modeling for applications such as gaming, animation, and product design. Developed by a team of engineers and scientists at Oxford University, the technology originated in medical imaging and has been adapted for broader creative and industrial use. Fuel3D offers a point‑and‑shoot system that is significantly cheaper than traditional scanners, making high‑quality 3D capture accessible to independent developers, designers, and artists. The company is led by CEO Stuart Mead, who brings experience from multiple successful technology ventures.
Tangentix
Series A in 2013
Tangentix is a UK-based startup in Sheffield exploring 3D graphics compression, aiming to improve the storage and transmission of three-dimensional graphics data.
Reinnervate
Venture Round in 2013
Reinnervate Limited is a biotechnology company based in Durham, United Kingdom, established in 2002. It specializes in the development of technologies that enhance research into cell growth and function in vitro, with a particular focus on stem cell biology. The company creates and markets 3D cell-culture products that enable researchers to establish assays and biological models that closely simulate in-vivo cell growth. Reinnervate's innovations also facilitate the control of stem cell differentiation and the formation of specific tissue types, contributing to the development of diagnostics and treatments for neuro-degenerative diseases.
Reinnervate
Series B in 2011
Reinnervate Limited is a biotechnology company based in Durham, United Kingdom, established in 2002. It specializes in the development of technologies that enhance research into cell growth and function in vitro, with a particular focus on stem cell biology. The company creates and markets 3D cell-culture products that enable researchers to establish assays and biological models that closely simulate in-vivo cell growth. Reinnervate's innovations also facilitate the control of stem cell differentiation and the formation of specific tissue types, contributing to the development of diagnostics and treatments for neuro-degenerative diseases.
Eykona Medical
Series A in 2010
Eykona Medical develops and markets portable three dimensional imaging systems. Its systems are used to capture environments for videogames and in medical imaging for dermatological care. The company is based in Oxford, the United Kingdom.
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