IP Group

Bramble Energy Ltd. is a London-based company that specializes in the design, development, and manufacture of printed circuit board (PCB) fuel cells, specifically proton exchange membrane fuel cells (PEMFCs). Incorporated in 2015, it leverages the capabilities of the global PCB industry to produce high-performance, cost-effective fuel cell stacks. The company's product lineup includes modular PCBFC stacks, ranging from 20 W to 5 kW, as well as custom-designed solutions. Bramble Energy serves various sectors, including stationary, portable, and automotive applications, aiming to provide gigawatts of fuel cell hardware. By utilizing innovative manufacturing methods and materials, the company enables clients to reduce energy consumption and lower their carbon footprints.

8Power Limited specializes in the manufacturing of autonomous sensor systems tailored for various sectors, including automotive, transportation, civil engineering, industrial equipment, and utility infrastructure. The company has developed wireless sensor technology that provides real-time condition monitoring data and analytics for industrial applications. This technology enables clients to monitor the performance of their assets, such as pumps, motors, and gearboxes, across numerous remote locations. By offering a cost-effective solution, 8Power facilitates easy installation and effective machine condition monitoring, serving industries such as water and waste treatment, manufacturing, and oil and gas.

Bramble Energy Ltd. is a London-based company that specializes in the design, development, and manufacture of printed circuit board (PCB) fuel cells, specifically proton exchange membrane fuel cells (PEMFCs). Incorporated in 2015, it leverages the capabilities of the global PCB industry to produce high-performance, cost-effective fuel cell stacks. The company's product lineup includes modular PCBFC stacks, ranging from 20 W to 5 kW, as well as custom-designed solutions. Bramble Energy serves various sectors, including stationary, portable, and automotive applications, aiming to provide gigawatts of fuel cell hardware. By utilizing innovative manufacturing methods and materials, the company enables clients to reduce energy consumption and lower their carbon footprints.

IBEX Innovations Limited specializes in developing and commercializing advanced X-ray detector technology that provides high sensitivity materials information using standard X-ray systems. Founded in 2010 by Dr. Gary Gibson and based in Sedgefield, United Kingdom, the company has created the IBEX multi absorption plate (MAP) technology, which enhances traditional detectors by integrating materials information while maintaining key performance characteristics like speed and spatial resolution. IBEX's solutions are utilized across various sectors, including healthcare for bone mineral density assessment, electronics inspection, food safety, and security applications. The company collaborates with academic institutions, such as the Mathematics Department at Durham University, and maintains partnerships with healthcare organizations to validate its technology in medical imaging. Supported by venture capital and grants, IBEX Innovations continues to advance its technology to transform standard X-ray imaging into powerful diagnostic tools.

Inflowmatix Limited is a technology company based in London that specializes in designing and implementing electronic systems for water utilities globally. Founded in 2015 as a spin-out from Imperial College London's InfraSense Labs, Inflowmatix focuses on providing water flow and system health analytics to enhance the operation of water supply networks. Their innovative solutions continuously monitor and analyze fluid dynamics, enabling operators to optimize performance, manage leakage, and improve energy efficiency. By capturing high-frequency pressure data and applying advanced modeling techniques, Inflowmatix helps water companies gain insights into their operations, extend the life of aging infrastructure, and address challenges posed by increasing population demands and climate change. The company’s technology aims to deliver compelling returns on investment while supporting water utilities in maintaining high-quality service within cost constraints.

SAM Labs Limited is an education technology company based in London that specializes in providing innovative teaching resources for educators. Founded in 2014, the company offers a range of products, including wireless electronic blocks, buttons, sensors, motors, and sliders, which can be connected and programmed using their SAM Space software application. This platform enables students to visualize and code the blocks in an intuitive manner, fostering an engaging STEAM learning experience. SAM Labs provides curriculum-based lesson plans and hands-on support for educators, making coding and computational skills accessible and interactive. Their offerings include course kits and electronic products available for purchase online, allowing educators to create a dynamic classroom environment where students can design, write, and debug their own programs, while learning essential concepts such as sequencing, selection, and logical reasoning.

IBEX Innovations Limited specializes in developing and commercializing advanced X-ray detector technology that provides high sensitivity materials information using standard X-ray systems. Founded in 2010 by Dr. Gary Gibson and based in Sedgefield, United Kingdom, the company has created the IBEX multi absorption plate (MAP) technology, which enhances traditional detectors by integrating materials information while maintaining key performance characteristics like speed and spatial resolution. IBEX's solutions are utilized across various sectors, including healthcare for bone mineral density assessment, electronics inspection, food safety, and security applications. The company collaborates with academic institutions, such as the Mathematics Department at Durham University, and maintains partnerships with healthcare organizations to validate its technology in medical imaging. Supported by venture capital and grants, IBEX Innovations continues to advance its technology to transform standard X-ray imaging into powerful diagnostic tools.

IBEX Innovations Limited specializes in developing and commercializing advanced X-ray detector technology that provides high sensitivity materials information using standard X-ray systems. Founded in 2010 by Dr. Gary Gibson and based in Sedgefield, United Kingdom, the company has created the IBEX multi absorption plate (MAP) technology, which enhances traditional detectors by integrating materials information while maintaining key performance characteristics like speed and spatial resolution. IBEX's solutions are utilized across various sectors, including healthcare for bone mineral density assessment, electronics inspection, food safety, and security applications. The company collaborates with academic institutions, such as the Mathematics Department at Durham University, and maintains partnerships with healthcare organizations to validate its technology in medical imaging. Supported by venture capital and grants, IBEX Innovations continues to advance its technology to transform standard X-ray imaging into powerful diagnostic tools.

Ionix Advanced Technologies Ltd. specializes in the development and supply of high-performance piezoelectric devices and materials designed for high-temperature applications. Founded in 2011 and based in Leeds, United Kingdom, the company offers a diverse range of products, including sensors, actuators, and transducer devices that utilize its advanced piezoelectric materials. These devices are engineered to operate effectively in extreme environments, making them suitable for various industries such as aerospace, oil and gas, nuclear power, automotive, and non-destructive testing (NDT). Ionix's technology aims to reduce energy and operating costs while enhancing reliability and safety, particularly in applications requiring continuous operation under challenging conditions, including high temperatures and ionizing radiation.

Inductosense Ltd specializes in the manufacture of wireless, battery-free sensors that detect cracks, corrosion, and defects in various structures and products. Founded in 2015 and based in Bristol, United Kingdom, the company has developed the Wireless And Non Destructive (WAND) Evaluation System, which includes a handheld measurement probe and a set of sensors that can be permanently attached to surfaces. These sensors operate under coatings, insulation, or repairs, allowing for efficient and non-invasive inspections. Additionally, Inductosense offers TRND systems designed for monitoring internal corrosion and erosion in pipework and vessels. Their technology facilitates fast, repeatable inspections and enables clients to gather consistent data on structural integrity over time, making it valuable for applications in large structures and composite repairs.

Uniphy is a technology company specializing in the development of innovative optical and hybrid touchscreen solutions. The company focuses on creating free-form touchscreen interfaces that enhance systems automation by offering precise touch detection and integrating mechanical dials and control knobs. Uniphy's technology utilizes a unique light-scattering dopant, allowing original equipment manufacturers to design versatile smart surfaces with extensive human-machine interface capabilities. The company's commitment to continuous innovation in hardware, software, and materials engineering results in products that are not only aesthetically pleasing and robust but also environmentally sustainable and cost-effective. Uniphy's patented approach to smart surfaces distinguishes it from competitors and addresses the limitations of both established and emerging technologies in the touchscreen market.

8Power Limited specializes in the manufacturing of autonomous sensor systems tailored for various sectors, including automotive, transportation, civil engineering, industrial equipment, and utility infrastructure. The company has developed wireless sensor technology that provides real-time condition monitoring data and analytics for industrial applications. This technology enables clients to monitor the performance of their assets, such as pumps, motors, and gearboxes, across numerous remote locations. By offering a cost-effective solution, 8Power facilitates easy installation and effective machine condition monitoring, serving industries such as water and waste treatment, manufacturing, and oil and gas.

Ionix Advanced Technologies Ltd. specializes in the development and supply of high-performance piezoelectric devices and materials designed for high-temperature applications. Founded in 2011 and based in Leeds, United Kingdom, the company offers a diverse range of products, including sensors, actuators, and transducer devices that utilize its advanced piezoelectric materials. These devices are engineered to operate effectively in extreme environments, making them suitable for various industries such as aerospace, oil and gas, nuclear power, automotive, and non-destructive testing (NDT). Ionix's technology aims to reduce energy and operating costs while enhancing reliability and safety, particularly in applications requiring continuous operation under challenging conditions, including high temperatures and ionizing radiation.

Perpetuum Ltd. specializes in the engineering, manufacturing, and commercialization of electromagnetic vibration harvesting micro generators. Founded in 2004 and based in Southampton, United Kingdom, the company focuses on creating battery-free vibration energy harvesters and wireless sensor nodes for various applications, including rail, oil and gas, chemicals, power generation, and water treatment. Perpetuum's technology converts mechanical vibrations into electrical energy, enabling autonomous, maintenance-free wireless sensors that monitor equipment conditions and processes. This innovative approach enhances efficiency and safety in fleet management and services, particularly within the rail industry. As a technology spin-off from the University of Southampton, Perpetuum has established itself as a leader in vibration energy harvesting, providing practical solutions for wireless automation.

Surrey NanoSystems Limited is a manufacturer of nanoscale materials, specializing in advanced super-black coatings, notably Vantablack. This innovative coating is applied to surfaces using vacuum-deposition technology, as well as through spraying and post-processing methods. Vantablack is utilized in a diverse array of applications, including stray light suppression, architectural lighting, sensors, telescopes, infrared imaging systems, and cinematography optics. Additionally, the coating enhances the performance of sensitive electro-optical imaging systems, making it valuable in sectors such as aerospace, automotive safety, architecture, and luxury goods. Founded in 2006 and headquartered in Newhaven, United Kingdom, Surrey NanoSystems was previously known as CEVP Limited before adopting its current name in December 2006.

Polar OLED Ltd. specializes in the development and supply of liquid crystal-based polymer materials for various applications in organic light-emitting diode (OLED) optoelectronic devices. The company's offerings include photoalignment layers, insoluble charge transport layers, and light-emitting polymers, which are utilized in OLED lighting, displays, and backlighting for LCDs. Additionally, Polar OLED's materials are applicable in photovoltaic technologies, serving as photoalignment layers for diverse emitter materials. Founded in 2008 and based in Leeds, United Kingdom, Polar OLED emerged as a spin-out from the University of Hull, leveraging innovative research to create specialized materials that meet the needs of electronic manufacturers in the evolving optoelectronic market.

Surrey NanoSystems Limited is a manufacturer of nanoscale materials, specializing in advanced super-black coatings, notably Vantablack. This innovative coating is applied to surfaces using vacuum-deposition technology, as well as through spraying and post-processing methods. Vantablack is utilized in a diverse array of applications, including stray light suppression, architectural lighting, sensors, telescopes, infrared imaging systems, and cinematography optics. Additionally, the coating enhances the performance of sensitive electro-optical imaging systems, making it valuable in sectors such as aerospace, automotive safety, architecture, and luxury goods. Founded in 2006 and headquartered in Newhaven, United Kingdom, Surrey NanoSystems was previously known as CEVP Limited before adopting its current name in December 2006.

Surrey NanoSystems Limited is a manufacturer of nanoscale materials, specializing in advanced super-black coatings, notably Vantablack. This innovative coating is applied to surfaces using vacuum-deposition technology, as well as through spraying and post-processing methods. Vantablack is utilized in a diverse array of applications, including stray light suppression, architectural lighting, sensors, telescopes, infrared imaging systems, and cinematography optics. Additionally, the coating enhances the performance of sensitive electro-optical imaging systems, making it valuable in sectors such as aerospace, automotive safety, architecture, and luxury goods. Founded in 2006 and headquartered in Newhaven, United Kingdom, Surrey NanoSystems was previously known as CEVP Limited before adopting its current name in December 2006.

PowerON Ltd. specializes in the development and manufacturing of devices utilizing dielectric elastomer (DE) switch technology. Founded in 2019 and headquartered in Auckland, New Zealand, with an additional facility in Dresden, Germany, the company produces a range of electromechanical and semiconductor products, including customizable switches, actuators, signal processors, sensors, and logic devices. PowerON's innovative components are designed for applications in soft robotics, human-machine interfaces, and automation, offering advantages in size, weight, and durability under harsh environmental conditions. Their technology allows for the creation of multifunctional sensors and actuators that replace complex and heavy electromagnetic systems with more efficient single-component solutions.