Top 50 Computer And Electronic Product Manufacturing in United Kingdom

The startup develops gallium nitride (GaN) material technology to create energy-efficient wide-bandgap semiconductors for the electronics industry. This technology enhances the performance and efficiency of light-emitting diodes and other electronic devices, addressing the need for improved energy consumption in modern electronics.

Geomiq is a digital manufacturing platform that provides instant quotes and ordering for custom parts through CNC machining, injection molding, 3D printing, and sheet metal fabrication. The platform connects users with a network of over 1,100 vetted suppliers, enabling rapid production and delivery of parts in as little as three days while ensuring competitive pricing and quality assurance.

Provides an AI-powered platform for electronic engineering teams to automatically generate and optimize circuit schematics and component selections based on user-defined architectural diagrams and requirements. This reduces design time from weeks or months to seconds, minimizes errors, and ensures cost, size, and performance optimization by evaluating trillions of design combinations.

ChipFlow provides an end-to-end ASIC reference platform that simplifies custom chip development for product companies. This solution includes essential IP and a unified toolchain, allowing engineering teams to tailor designs for automotive, IoT, and consumer electronics applications. The platform accelerates the process, enabling customers to receive finished custom silicon within 12 months.

OPT Industries provides a vertically integrated digital manufacturing platform that utilizes additive manufacturing and computational design to produce highly customized consumer products with micron-scale precision. By streamlining the process from concept to mass production, the company addresses the challenges of traditional manufacturing limitations and lengthy supply chains.

The startup develops automated post-processing technology and hardware for high-volume production of 3D-printed polymer parts, enabling additive manufacturing facilities to scale efficiently. This technology reduces lead times and manufacturing costs, providing a measurable return on investment for clients.

Toolpath provides an AI-powered platform that automates repetitive tasks within the manufacturing workflow, specifically focusing on estimating and Computer-Aided Manufacturing (CAM). The software accelerates job quoting and generates shop-ready CAM programs that integrate directly with Fusion 360. This automation allows machine shops to increase throughput by freeing skilled personnel to focus on complex decision-making rather than manual programming steps.

Nothing creates a cohesive ecosystem of premium smartphones, headphones, earbuds, and wearables featuring transparent, minimalist designs and high‑end specifications. Its devices run Nothing OS with AI tools and tactile controls, offering high‑resolution audio, advanced camera systems, and long battery life at competitive prices, supported by bundle discounts and a student programme.

Allegro MicroSystems provides a broad range of semiconductor ICs—including magnetic current and position sensors, DC‑DC converters, functional‑safety power‑management ICs, LED drivers, and integrated motor‑driver solutions—designed for high‑performance, compact, and automotive‑grade applications. Their devices combine precision analog front‑ends with built‑in digital algorithms, isolation, and up to 175 °C operation, enabling engineers to reduce board count, accelerate time‑to‑market, and meet stringent safety and efficiency requirements in electric vehicles, industrial automation, data‑center power, and consumer electronics.

Intrinsic Semiconductor Technologies develops silicon-oxide based resistive random-access memory (RRAM) to provide efficient non-volatile memory directly integrated into advanced processor chips. This technology addresses the memory bottleneck in embedded systems, significantly reducing power consumption and costs while enhancing performance for microcontrollers and edge AI applications.

FlexEnable manufactures flexible, ultra-thin liquid crystal optics and displays using organic thin-film transistors (OTFTs), enabling lightweight and curved surfaces that actively modulate light. This technology addresses the need for scalable, high-performance displays in applications such as augmented reality, automotive smart windows, and ePrivacy screens.

Cambridge GaN Devices develops enhancement-mode GaN transistors that operate with standard silicon gate drivers, eliminating the need for costly external driving interfaces. Their technology addresses the inefficiencies of traditional silicon devices by enabling higher switching frequencies and reducing energy losses by up to 50%, resulting in smaller and more efficient consumer electronics.

The startup develops a desktop vacuum stage 3D printer that utilizes molding techniques to create intricate three-dimensional shapes and structures. This technology provides design enthusiasts and 3D artists with a versatile tool that streamlines the production of complex 3D objects.

Lumafield offers a browser-based X-ray computed tomography (CT) platform that transforms 3D and volumetric data into actionable insights for engineers. This technology enables precise measurements and rapid comparisons of parts to their CAD models, enhancing product development and manufacturing efficiency.

Salience Labs develops silicon photonic switch chips designed to address fundamental networking bottlenecks within AI infrastructure. These switches enable high-bandwidth, low-latency, all-optical connectivity between compute nodes, removing data movement limitations. The technology facilitates faster AI model performance while reducing power consumption and operational costs.

The startup develops a universal quantum computing platform that utilizes hybrid integrated photonics to enable multi-million qubit operations. This technology provides clients with a suite of products for quantum cybersecurity and networking, addressing the need for scalable and efficient quantum computing solutions.

Develops a tunable duplexer that integrates power amplifiers, low noise amplifiers, and couplers into a single module, using self-interference cancellation techniques to dynamically adapt to multiple frequency bands. This reduces the component count in mobile radio front-end designs, minimizing PCB space, lowering manufacturing costs, and supporting the growing demand for higher data rates and more spectrum in devices like smartphones and wearables.

PulpaTronics develops metal-free RFID tags by laser-inducing conductive circuitry directly onto paper substrates. This innovation eliminates traditional metal antennas, simplifying manufacturing processes for item-level tracking. The resulting tags are fully compatible with existing paper recycling streams, reducing waste and resource consumption.

VyperCore develops processor technology that accelerates compute-intensive applications by up to five times while completely eliminating memory vulnerabilities. This technology enables efficient resource utilization in managed languages, significantly reducing total cost of ownership for sectors such as fintech, edge computing, and healthcare.

Agile Analog provides a configurable, multi‑process analog IP platform (Composa™) that automatically generates custom data converters, power‑management blocks, and monitoring sensors for any foundry and technology node. The digitally wrapped, pre‑verified IP integrates directly into RTL flows, reducing design complexity, time‑to‑market, and the cost of custom analog development for ASIC and SoC teams.

Uses artificial intelligence to accelerate the discovery and development of advanced materials by predicting their properties and performance based on computational models. This approach reduces the time and cost associated with traditional materials research, enabling faster innovation in industries such as manufacturing, energy, and electronics.

Perleybrook provides an AI‑driven safety and automation platform that combines rugged edge‑computing hardware with a cloud‑native analytics dashboard for industrial facilities. Its Flagman devices perform real‑time video analytics for human, obstacle, PPE, fire, and driver‑fatigue detection, streaming encrypted alerts to a unified hub that can automatically slow or stop equipment and generate compliance‑ready incident logs.

The startup develops a computer vision analytics platform that provides modular and scalable solutions for object detection, classification, tracking, and depth estimation in both indoor and outdoor environments. This technology enables automotive and infrastructure companies to transform passive camera feeds into actionable insights, enhancing the efficiency of large-scale transport and logistics operations.

Microbritt specializes in precision micro-manufacturing of hard and brittle materials like silicon and glass using patented CNC micro-milling technology. This process delivers superior edge quality and machining accuracy for bespoke components in microfluidics, semiconductors, and metal microprocessing. The company provides rapid prototyping and fabrication services for demanding sectors including healthcare, photonics, and quantum technologies.

Graphcore designs and manufactures Intelligence Processing Units (IPUs) and the Poplar software stack to accelerate machine learning workloads. Their technology enables faster training and inference for complex AI models across various industries. IPUs are optimized for the parallel processing demands of deep learning, offering a distinct advantage for AI innovation.

Nanomation develops automation software that enhances the application of nanomaterials in chip manufacturing, enabling the production of faster and more efficient microchips without increasing transistor density. This technology addresses the limitations of traditional chipmaking methods as they approach physical density constraints, facilitating broader use of nanotechnology across various industries.

The startup designs and manufactures motorcycle helmets equipped with an integrated Bluetooth system, speakers, microphone, and crash detection software. These helmets provide real-time mobile updates and SOS beacon alerts, enhancing rider safety in hazardous environments while maintaining comfort and aerodynamics.

Vector Photonics produces Photonic Crystal Surface-Emitting Lasers (PCSELs) that offer low-cost, high-power solutions with a broad wavelength range, specifically designed for integration into data center applications. These lasers significantly reduce power consumption, addressing the growing demand for efficient optical components in data communications and related technologies.

The startup develops a macro-mechanical testing machine that integrates modeling techniques with custom hardware to provide automated mechanical testing services across various industries. This technology enables customers to quickly and flexibly access critical mechanical properties of their materials, streamlining the testing process and reducing time to results.

Smartkem develops advanced semiconductor inks that enable low-temperature processing of organic thin-film transistors (OTFTs) on flexible plastic substrates. This technology reduces manufacturing costs and expands the possibilities for flexible, transparent electronic devices like next-generation displays and sensors.

Nanocotechnologies engineers colloidal quantum dots with precise size, composition, and surface chemistry to provide customizable optical emission, absorption, and charge‑transport properties. Their lead‑based and lead‑free quantum‑dot formulations are compatible with standard deposition processes, enabling manufacturers of displays, sensors, lighting, and emerging quantum devices to integrate high‑performance, cost‑effective materials into existing production lines.

Krucial provides secure, high-performance computing infrastructure tailored for edge and remote environments. The company specializes in ruggedized, deployable hardware solutions designed to operate reliably in harsh conditions outside traditional data centers. This offering enables organizations to process data locally, ensuring low-latency operations for mission-critical applications.

The startup develops touch and pressure sensing technologies using polymer materials to create intuitive, electronic-free controls for various applications, including automotive interiors and gaming consoles. This approach eliminates the complexity of traditional electronic sensors, providing users with a flexible, ergonomic, and engaging interface.

The startup manufactures capacitive touchscreen products, including axiom chips and custom touchscreens, designed for optimal performance in demanding environments. Their solutions enable blue chip companies to tailor touchscreens to specific applications, enhancing reliability and functionality in critical use cases.

The startup manufactures mobile devices equipped with GPS technology and a built-in SIM card, enabling parents to monitor their children's location in real-time. These devices also feature reminders for class timings and alarms, providing an affordable solution for parental oversight.

Vaire Computing develops near-zero energy chips utilizing adiabatic reversible computing to significantly reduce energy consumption in computing processes. This technology addresses the escalating energy demands of modern computing, particularly in AI applications, by minimizing heat generation and enhancing efficiency.

The startup develops a liquid-cooled computing device that utilizes energy-efficient hardware and advanced cooling techniques to optimize data center operations. Its plug-and-play cryptocurrency miner enables businesses to efficiently mine cryptocurrencies, adapting to market fluctuations while minimizing energy consumption.

CamGraPhIC designs and manufactures photonic circuits specifically for telecommunications and data communications, utilizing advanced light-based technologies to enhance data transmission efficiency. Their products address the need for higher bandwidth and lower latency in network infrastructure, enabling faster and more reliable communication.

This startup provides e-waste management services that include testing, repairing, and refurbishing electronics, as well as data recovery and sustainability reporting. By enabling businesses and households to manage the lifecycle of their IT equipment sustainably, the company addresses the growing issue of electronic waste and its environmental impact.

Raspberry Pi manufactures compact, low-cost computer hardware and software solutions tailored for educational and corporate environments. Their products enable users to build and deploy custom computing projects, enhancing accessibility to technology and fostering innovation in various applications.

This company provides an end-to-end AI quality control platform, Spectron, for automated visual inspection in manufacturing environments. The platform integrates real-time defect detection, interactive dashboards, and synthetic data generation to accelerate model training, especially for rare or scarce defect types. They offer turnkey deployments and modular upgrades that enhance existing metrology hardware with AI-powered precision and actionable yield metrics.

Forg3d offers ANVIL OS, a control platform that provides real‑time closed‑loop monitoring and enforcement of process parameters for robotic welding and metal‑forming equipment. By locking down production steps and logging comprehensive audit trails, it delivers repeatable, auditable manufacturing outcomes with full traceability for mission‑critical sectors such as aerospace, defense, and medical devices.

The startup develops a memory module that operates independently of specific memory cell technologies, aimed at alleviating bottlenecks in computer architecture. This solution enables software developers to significantly decrease development and testing time, resulting in lower overall costs.

This company provides software-accelerated technology for end-to-end battery pack development, significantly reducing time-to-market for electric vehicle OEMs. Their flexible design system supports various cell formats and chemistry agnostic configurations to meet specific vehicle requirements. They offer rapid concept definition and manage the entire process from attribute definition through to series manufacture and ongoing quality management.

Opvia provides an extensible platform for research, development, and manufacturing teams, featuring best-practice templates that streamline workflow setup and ensure compliance with quality standards. The system addresses inefficiencies in documentation and data management, enabling teams to automate processes and improve operational accuracy.

The startup develops eco-friendly circuit boards using sustainable natural fibers that significantly lower carbon emissions compared to traditional glass-based materials. This technology enables the electronics industry to produce products with a smaller carbon footprint, addressing the urgent need for improved waste management and sustainability in electronic manufacturing.

Kelvin Quantum designs and manufactures cryogenic-capable integrated circuits (Cryo-ICs) and electronic systems for quantum computing hardware. Our solutions enable reliable operation of control and readout electronics within extreme cryogenic environments, improving signal integrity and measurement precision.

The startup develops an optical and hybrid touchscreen technology platform that enables the creation of customizable smart surfaces with integrated mechanical controls. This technology provides precise touch detection and supports touchless interactions, allowing OEMs to enhance user interfaces while maintaining cost-effectiveness and environmental sustainability.

DualityQP builds silicon‑photonic processors that perform high‑speed, low‑latency classical and quantum computations using light, delivering greater bandwidth and lower power consumption than traditional silicon chips. Their modular platform lets customers connect multiple photonic processors for scalable, quantum‑enabled workloads, and the company offers end‑to‑end design, fabrication, and real‑time diagnostics to support enterprise and research deployments.

The startup specializes in an alternating current electrospinning platform that enables the mass production of complex nanofibers with unique compositions. This technology enhances battery performance by increasing energy density, addressing the limitations of conventional manufacturing methods.