Nanovery
Venture Round in 2025
Founded by specialists in nanotechnology, medicinal chemistry, and artificial intelligence, Nanovery aims to enable early detection of cancer through a rapid and affordable blood test. Its core technology involves AI-powered nanorobots that capture circulating tumor DNA and emit a fluorescent signal for point-of-care detection.
Microbritt
Seed Round in 2024
Microbritt is a developer of advanced micromachining technology specializing in the fabrication of customer-defined products from a wide range of materials. The company utilizes a patented process that enables the defect-free micromachining of brittle materials, applicable at wafer-scale and beyond. This innovative technology facilitates rapid prototyping, significantly enhancing the rate of innovation for its clients.
Nanovery
Seed Round in 2023
Founded by specialists in nanotechnology, medicinal chemistry, and artificial intelligence, Nanovery aims to enable early detection of cancer through a rapid and affordable blood test. Its core technology involves AI-powered nanorobots that capture circulating tumor DNA and emit a fluorescent signal for point-of-care detection.
Founded by specialists in nanotechnology, medicinal chemistry, and artificial intelligence, Nanovery aims to enable early detection of cancer through a rapid and affordable blood test. Its core technology involves AI-powered nanorobots that capture circulating tumor DNA and emit a fluorescent signal for point-of-care detection.
Nanovery
Seed Round in 2021
Founded by specialists in nanotechnology, medicinal chemistry, and artificial intelligence, Nanovery aims to enable early detection of cancer through a rapid and affordable blood test. Its core technology involves AI-powered nanorobots that capture circulating tumor DNA and emit a fluorescent signal for point-of-care detection.
Durham Graphene Science
Seed Round in 2012
DGS is an R&D company that specialises in the synthesis of Graphene. The company uses a unique and scalable 'bottom-up' approach to prepare Graphene that is protected by a patent application. The company was founded by Dr. Karl Coleman (Durham University) who has over 12 years experience working in the field of nanocarbons where he has published extensively.
Durham Graphene Science
Seed Round in 2011
DGS is an R&D company that specialises in the synthesis of Graphene. The company uses a unique and scalable 'bottom-up' approach to prepare Graphene that is protected by a patent application. The company was founded by Dr. Karl Coleman (Durham University) who has over 12 years experience working in the field of nanocarbons where he has published extensively.
Evince Technology is a UK-based startup focused on the development of innovative electron devices utilizing synthetic diamonds. The company aims to revolutionize the high-frequency electronics industry by introducing a new type of solid-state switch that serves as a foundational element for effective electrical energy control. Its products are designed for various applications, including metrology, healthcare, communications, and advanced manufacturing. By harnessing the superior thermal and electronic properties of diamonds, Evince Technology provides manufacturers and developers with the potential for enhanced performance through its licensed thermionic valve technology.
Applied Graphene Materials
Seed Round in 2010
Applied Graphene Materials is a UK-based company specializing in the production and application of graphene materials. Founded in 2010 and located in Redcar, the company manufactures graphene nanoplatelets and dispersions, which are integrated into a variety of polymer matrices, including thermoset and thermoplastic materials. Its products serve numerous applications, such as advanced composites, coatings, thermal management solutions, and functional fluids like oils and lubricants. Additionally, Applied Graphene Materials develops solutions for supercapacitors, batteries, packaging, display materials, and 3D printing. By leveraging a proprietary production process and its expertise in dispersion and product integration, the company aims to enhance the performance of existing materials across multiple sectors, positioning graphene as a transformative technology in the materials industry.
Evince Technology is a UK-based startup focused on the development of innovative electron devices utilizing synthetic diamonds. The company aims to revolutionize the high-frequency electronics industry by introducing a new type of solid-state switch that serves as a foundational element for effective electrical energy control. Its products are designed for various applications, including metrology, healthcare, communications, and advanced manufacturing. By harnessing the superior thermal and electronic properties of diamonds, Evince Technology provides manufacturers and developers with the potential for enhanced performance through its licensed thermionic valve technology.
Evince Technology is a UK-based startup focused on the development of innovative electron devices utilizing synthetic diamonds. The company aims to revolutionize the high-frequency electronics industry by introducing a new type of solid-state switch that serves as a foundational element for effective electrical energy control. Its products are designed for various applications, including metrology, healthcare, communications, and advanced manufacturing. By harnessing the superior thermal and electronic properties of diamonds, Evince Technology provides manufacturers and developers with the potential for enhanced performance through its licensed thermionic valve technology.