Innovate UK

Paragraf Ltd. is a UK-based company specializing in the development of graphene technology and the production of two-dimensional materials. Established in 2015, Paragraf focuses on creating graphene-based electronic devices, including magnetic sensors and biosensors, that are designed to enhance technological performance in various sectors such as electronics, energy, research, automation, and healthcare. The company employs contamination-free technology to ensure the production of high-purity graphene products that meet commercial quality standards. Paragraf's innovations aim to optimize process control, improve quality assurance, and facilitate monitoring of environmental and health conditions, thereby contributing to advancements in green energy generation and other critical applications.

Ultima Forma is a manufacturer based in England that specializes in producing lightweight, high-strength, multi-functional metallic engineering components. The company is focused on developing an innovative manufacturing process that enables the creation of complex 3D multi-material components with locally tailored nanoengineered characteristics. By offering customized solutions, Ultima Forma aims to redefine traditional manufacturing methods and deliver components with specific shapes and material properties, enhancing the performance and functionality of various applications.

Beta Bugs is an insect genetics company focused on developing high-performance breeds of Black Soldier Fly for insect farmers. The company's primary mission is to enhance the productivity of the insect protein sector, making it competitive with traditional feed ingredients such as fishmeal and soymeal. To achieve this, Beta Bugs operates a breeding program called HiPer-Fly® and runs an egg production site known as The Multiplier®, supplying its breeds to both UK and international markets. By leveraging biotechnology and breeding techniques, Beta Bugs aims to establish a sustainable protein source that converts food waste into high-quality protein for use in livestock, aquaculture, and pet feed, thereby providing an alternative to conventional feed sources. The company is headquartered at the Easter Bush Campus, collaborating with the Roslin Institute, a leader in animal genetics.

Nanovery Limited, founded in 2018 and based in London, United Kingdom, specializes in developing nanorobots aimed at detecting cancer mutations. The company's innovative platform utilizes artificial intelligence to facilitate the rapid and ultra-sensitive identification of challenging biomarkers in blood samples. These nanorobots can capture circulating tumor DNA and emit a fluorescent signal, enabling healthcare professionals to conduct point-of-care tests. By facilitating early cancer detection, Nanovery aims to enhance patient outcomes and increase survival rates. The organization is supported by a team of experts in nanotechnology, medicinal chemistry, and artificial intelligence, along with backing from leading academics, clinicians, and industry leaders.

Intrinsic Semiconductor Technologies focuses on developing silicon-oxide-based resistive random-access memory (RRAM) technologies. The company specializes in creating memristive devices that serve as next-generation non-volatile memory solutions. Their technology is fully air stable and compatible with complementary metal-oxide-semiconductor (CMOS) processes, allowing for integration into standard devices even at advanced process nodes. This capability enables the production of low-power, cost-effective semiconductors that can operate under higher power ratings, including elevated frequencies and temperatures. Intrinsic's offerings can be configured for various applications, such as multilevel memory, hardware acceleration for machine learning, and neuromorphic computing, positioning the company at the forefront of innovation in the semiconductor industry.

Paragraf Ltd. is a UK-based company specializing in the development of graphene technology and the production of two-dimensional materials. Established in 2015, Paragraf focuses on creating graphene-based electronic devices, including magnetic sensors and biosensors, that are designed to enhance technological performance in various sectors such as electronics, energy, research, automation, and healthcare. The company employs contamination-free technology to ensure the production of high-purity graphene products that meet commercial quality standards. Paragraf's innovations aim to optimize process control, improve quality assurance, and facilitate monitoring of environmental and health conditions, thereby contributing to advancements in green energy generation and other critical applications.

Anaphite Limited, established in 2016 and located in Bristol, United Kingdom, focuses on the development of graphene-based nanomaterials. The company specializes in creating graphene-enhanced cathodes designed for high-power, high-energy, and cost-effective lithium-ion batteries. Anaphite's innovative approach involves integrating graphene into composite materials through a scalable and economical process. This technology results in advanced properties that make their nanomaterials suitable for a variety of applications, including energy storage, air purification, and thermal management. By prioritizing affordability and versatility, Anaphite aims to make significant contributions to the commercialization of these technologies.

Camallergy Limited, based in Cambridge, United Kingdom, is a biopharmaceutical company established in 2015 that focuses on developing and manufacturing oral immunotherapy drugs and other pharmaceutical products specifically for food allergies. The company's primary offering is a novel oral immunotherapy designed to treat peanut allergies, which aims to provide patients with "bite-proof" protection within 14 weeks of therapy. This patient-centric treatment addresses the urgent needs of millions suffering from food allergies and is rooted in clinical research conducted at Cambridge University Hospitals NHS Foundation Trust. Camallergy's unique intellectual property and treatment regimen exemplify its commitment to improving the quality of life for individuals affected by these allergies.

Iceni Labs is an innovation commercialisation enterprise, with integrated research, development, test and manufacturing capability. Inter-disciplinary by nature, we combine commercial expertise with academic excellence, across the Defence and Security, Energy, Health and Consumer sectors. Our professional networks bridge artificial intelligence, automated creativity, electronics, energy, materials, nanotechnology and software. We invent and innovate in-house, foster high-potential technologies, and aggregate capabilities globally, to produce innovative, disruptive products that deliver more than the sum of their parts. By providing technical, executive, commercial and capital support, our Innovation-Exploitation Programme enhances value proposition and reduces risk exposure, while developing creativity, flexibility and robustness. Our goal is for our ‘wrap around’ idea to patent to product approach to become recognised globally as a catalyst for successful innovation. We are bridging the challenging gap between ‘thinking’ and ‘doing’.

Glaia specializes in developing nanotechnology-based solutions aimed at enhancing sustainable agriculture. The company focuses on products that improve food security and address climate change challenges. Glaia's innovations enable plants to harvest light more efficiently and streamline biomass production processes, leading to increased crop yields. By optimizing plant performance, these solutions assist farmers in boosting agricultural productivity while alleviating the strain on natural resources.

Iceni Labs is an innovation commercialisation enterprise, with integrated research, development, test and manufacturing capability. Inter-disciplinary by nature, we combine commercial expertise with academic excellence, across the Defence and Security, Energy, Health and Consumer sectors. Our professional networks bridge artificial intelligence, automated creativity, electronics, energy, materials, nanotechnology and software. We invent and innovate in-house, foster high-potential technologies, and aggregate capabilities globally, to produce innovative, disruptive products that deliver more than the sum of their parts. By providing technical, executive, commercial and capital support, our Innovation-Exploitation Programme enhances value proposition and reduces risk exposure, while developing creativity, flexibility and robustness. Our goal is for our ‘wrap around’ idea to patent to product approach to become recognised globally as a catalyst for successful innovation. We are bridging the challenging gap between ‘thinking’ and ‘doing’.

Anaphite Limited, established in 2016 and located in Bristol, United Kingdom, focuses on the development of graphene-based nanomaterials. The company specializes in creating graphene-enhanced cathodes designed for high-power, high-energy, and cost-effective lithium-ion batteries. Anaphite's innovative approach involves integrating graphene into composite materials through a scalable and economical process. This technology results in advanced properties that make their nanomaterials suitable for a variety of applications, including energy storage, air purification, and thermal management. By prioritizing affordability and versatility, Anaphite aims to make significant contributions to the commercialization of these technologies.

Iceni Labs is an innovation commercialisation enterprise, with integrated research, development, test and manufacturing capability. Inter-disciplinary by nature, we combine commercial expertise with academic excellence, across the Defence and Security, Energy, Health and Consumer sectors. Our professional networks bridge artificial intelligence, automated creativity, electronics, energy, materials, nanotechnology and software. We invent and innovate in-house, foster high-potential technologies, and aggregate capabilities globally, to produce innovative, disruptive products that deliver more than the sum of their parts. By providing technical, executive, commercial and capital support, our Innovation-Exploitation Programme enhances value proposition and reduces risk exposure, while developing creativity, flexibility and robustness. Our goal is for our ‘wrap around’ idea to patent to product approach to become recognised globally as a catalyst for successful innovation. We are bridging the challenging gap between ‘thinking’ and ‘doing’.

Anaphite Limited, established in 2016 and located in Bristol, United Kingdom, focuses on the development of graphene-based nanomaterials. The company specializes in creating graphene-enhanced cathodes designed for high-power, high-energy, and cost-effective lithium-ion batteries. Anaphite's innovative approach involves integrating graphene into composite materials through a scalable and economical process. This technology results in advanced properties that make their nanomaterials suitable for a variety of applications, including energy storage, air purification, and thermal management. By prioritizing affordability and versatility, Anaphite aims to make significant contributions to the commercialization of these technologies.

Beta Bugs is an insect genetics company focused on developing high-performance breeds of Black Soldier Fly for insect farmers. The company's primary mission is to enhance the productivity of the insect protein sector, making it competitive with traditional feed ingredients such as fishmeal and soymeal. To achieve this, Beta Bugs operates a breeding program called HiPer-Fly® and runs an egg production site known as The Multiplier®, supplying its breeds to both UK and international markets. By leveraging biotechnology and breeding techniques, Beta Bugs aims to establish a sustainable protein source that converts food waste into high-quality protein for use in livestock, aquaculture, and pet feed, thereby providing an alternative to conventional feed sources. The company is headquartered at the Easter Bush Campus, collaborating with the Roslin Institute, a leader in animal genetics.

Irresistible Materials Ltd is a materials technology company based in Swansea, United Kingdom, specializing in the development and commercialization of fullerene-based photoresist technology for lithography applications. Established in 2010 as a spin-out from the University of Birmingham, the company collaborates with partners such as Nano-C Inc to advance novel materials aimed at the next generation of microchips. Irresistible Materials has built a robust patent portfolio that includes innovative resist materials for extreme ultraviolet (EUV) and e-beam lithography, as well as hard-mask materials. By focusing on fullerene as an alternative to traditional polymer-based photoresists, the company aims to support the semiconductor industry’s needs for increasingly smaller microchip feature sizes. Through ongoing collaboration with the University of Birmingham and a growing network of global partners, Irresistible Materials continues to enhance and expand its materials portfolio.

Xerion Healthcare Limited, founded in 2015 and based in Thame, United Kingdom, specializes in developing and commercializing innovative nanoparticle treatments aimed at improving cancer care. The company focuses on utilizing titanium dioxide nanoparticles, which are injected into tumors prior to standard radiotherapy. This method enhances the effectiveness of radiotherapy by amplifying the dose of free radicals generated by X-rays, allowing for more effective treatment of dense tumors. Xerion Healthcare is currently advancing its technology for head, neck, and pancreatic cancers, with the goal of improving patient outcomes while minimizing side effects associated with conventional cancer treatments.

LIFNano Therapeutics, established in 2013 as a spin-out from the University of Cambridge, is a clinical-stage company dedicated to the development of targeted therapies for neurodegenerative diseases, particularly multiple sclerosis. The company specializes in utilizing nanotechnology to deliver the biologic Leukaemia Inhibitory Factor (LIF), aiming to repair damaged tissues, including neurons in the brain and spinal cord. By focusing on natural treatment options, LIFNano Therapeutics seeks to provide innovative solutions for patients suffering from multiple sclerosis and other inflammatory diseases affecting the brain and immune system.

Tecrea Ltd is involved in basic research that results in transformative technologies for biomedicine. We focus on creative ways to use nanotechnology to improve cell delivery of reagents and drugs. We view cell delivery as a central problem in biological research and biomedicine, and improved delivery strategies can enable better application of many reagents and drugs. By improving delivery, Tecrea Ltd enables scientists to bring forward modern molecular medicines to the clinic.