Future Planet Capital

Lineat is a manufacturer specializing in fiber tape products, particularly focusing on carbon fiber tapes produced through aligned formable fiber technology. This innovative approach allows for the creation of aligned discontinuous fiber tapes that demonstrate mechanical performance comparable to traditional continuous fiber composites. By simplifying the composite manufacturing process, Lineat enhances formability and streamlines both manual and automated operations. Additionally, the company has implemented a closed-loop water circulation system aimed at improving lifecycle assessment (LCA), reflecting its commitment to sustainability in production practices.

Kallik is a global provider of labeling content management and artwork generation solutions tailored for regulated markets, including pharmaceuticals, medical devices, cosmetics, and chemicals. The company develops enterprise software that aids manufacturers in efficiently managing their labeling and artwork processes. By offering centralized messaging content, Kallik enables clients to produce print-ready artwork for packaging and labeling, ensuring compliance with industry regulations. This streamlined approach enhances efficiency and helps clients navigate the complexities of labeling in their respective sectors.

Lineat is a manufacturer specializing in fiber tape products, particularly focusing on carbon fiber tapes produced through aligned formable fiber technology. This innovative approach allows for the creation of aligned discontinuous fiber tapes that demonstrate mechanical performance comparable to traditional continuous fiber composites. By simplifying the composite manufacturing process, Lineat enhances formability and streamlines both manual and automated operations. Additionally, the company has implemented a closed-loop water circulation system aimed at improving lifecycle assessment (LCA), reflecting its commitment to sustainability in production practices.

Zentraxa’s proprietary technological platform, Zentide, combined with our extensive technical know-how allows us to push the boundaries of what can be achieved with synthetic biopolymers. We specialise in the design, production and testing of complex novel peptides and, as a result of our Zentide platform, can circumvent previously existing bio-design limits imposed by conventional peptide synthesis, with one universal process.

CFP Composites Ltd (formerly known as Carbon Fibre Preforms) is based in Dudley in the West Midlands, operating from a 28,000 square foot factory configured on a modular basis allowing for low-cost, rapid expansion. Offering a unique range of carbon fibre composite materials for extreme high temperature applications. CFP Composites’ technology enables composite materials to be produced significantly quicker, making the materials a commercially viable alternative to metal solutions.

CFP Composites Ltd (formerly known as Carbon Fibre Preforms) is based in Dudley in the West Midlands, operating from a 28,000 square foot factory configured on a modular basis allowing for low-cost, rapid expansion. Offering a unique range of carbon fibre composite materials for extreme high temperature applications. CFP Composites’ technology enables composite materials to be produced significantly quicker, making the materials a commercially viable alternative to metal solutions.

Zentraxa’s proprietary technological platform, Zentide, combined with our extensive technical know-how allows us to push the boundaries of what can be achieved with synthetic biopolymers. We specialise in the design, production and testing of complex novel peptides and, as a result of our Zentide platform, can circumvent previously existing bio-design limits imposed by conventional peptide synthesis, with one universal process.

Pireta Ltd is a company focused on developing and commercializing technology for smart textiles. Established in 2017 and based in Teddington, United Kingdom, Pireta has created a unique additive process that integrates conductivity and sensors into fabrics without altering their feel or performance. This innovative approach enables the production of textiles that can serve various functions, including communication, physiological monitoring, and tracking. Pireta's technology is applicable across multiple industries, such as military, emergency services, defense, fashion, athletics, healthcare, biosciences, and RFID tagging, facilitating the creation of wearable smart garments and electronic textiles.

CFP Composites Ltd (formerly known as Carbon Fibre Preforms) is based in Dudley in the West Midlands, operating from a 28,000 square foot factory configured on a modular basis allowing for low-cost, rapid expansion. Offering a unique range of carbon fibre composite materials for extreme high temperature applications. CFP Composites’ technology enables composite materials to be produced significantly quicker, making the materials a commercially viable alternative to metal solutions.

SFH Oxford Ltd. is a UK-based company that specializes in developing and marketing innovative healthcare technologies aimed at improving the treatment of venous leg ulcers, a common chronic wound. Founded in 2011 and located in Didcot, the company offers a range of products, including Graducheck, a sensor-based technology that enhances the application of compression bandages, and AFT graduated compression socks, which ensure appropriate compression levels. Additionally, SFH Oxford produces K-gel, a wound dressing designed to aid in healing. The company is actively involved in clinical and field trials for several of its products, which are demonstrating promising results. SFH Oxford's leadership team possesses extensive experience in medical device technology and wound care, focusing on delivering optimized care solutions for both patients and healthcare professionals involved in venous leg ulcer management.

Pireta Ltd is a company focused on developing and commercializing technology for smart textiles. Established in 2017 and based in Teddington, United Kingdom, Pireta has created a unique additive process that integrates conductivity and sensors into fabrics without altering their feel or performance. This innovative approach enables the production of textiles that can serve various functions, including communication, physiological monitoring, and tracking. Pireta's technology is applicable across multiple industries, such as military, emergency services, defense, fashion, athletics, healthcare, biosciences, and RFID tagging, facilitating the creation of wearable smart garments and electronic textiles.

SFH Oxford Ltd. is a UK-based company that specializes in developing and marketing innovative healthcare technologies aimed at improving the treatment of venous leg ulcers, a common chronic wound. Founded in 2011 and located in Didcot, the company offers a range of products, including Graducheck, a sensor-based technology that enhances the application of compression bandages, and AFT graduated compression socks, which ensure appropriate compression levels. Additionally, SFH Oxford produces K-gel, a wound dressing designed to aid in healing. The company is actively involved in clinical and field trials for several of its products, which are demonstrating promising results. SFH Oxford's leadership team possesses extensive experience in medical device technology and wound care, focusing on delivering optimized care solutions for both patients and healthcare professionals involved in venous leg ulcer management.

Kallik is a global provider of labeling content management and artwork generation solutions tailored for regulated markets, including pharmaceuticals, medical devices, cosmetics, and chemicals. The company develops enterprise software that aids manufacturers in efficiently managing their labeling and artwork processes. By offering centralized messaging content, Kallik enables clients to produce print-ready artwork for packaging and labeling, ensuring compliance with industry regulations. This streamlined approach enhances efficiency and helps clients navigate the complexities of labeling in their respective sectors.