Top 50 Computer And Electronic Product Manufacturing in Japan

TIER IV develops autonomous driving technology for intelligent vehicles, utilizing advanced sensor fusion and machine learning algorithms to enhance navigation and safety. This technology addresses the need for efficient transportation solutions, improving mobility and quality of life in urban environments.

This startup manufactures architectural components using large-scale 3D printing technology with recycled plastic materials, specifically producing concrete formwork and interior/exterior panels. By providing sustainable building materials, the company addresses the labor shortage in construction and enhances resource recycling in the industry.

Lazuli provides a Product Data Platform (PDP) that utilizes AI to organize and enhance product data, enabling businesses to optimize their digital sales and marketing strategies. By automating data normalization and integration, Lazuli significantly reduces manual processing time and improves the accuracy of product information, leading to increased sales and enhanced customer insights.

The startup manufactures optical control films that utilize radiative sky-cooling technology to block solar heat and dissipate it into space without relying on electricity. This technology provides a sustainable solution for reducing heat absorption in buildings, contributing to energy savings and environmental friendliness.

The startup operates a research platform focused on the design and manufacturing of topological materials derived from quantum science, along with associated software for devices utilizing these materials. This technology enhances energy efficiency and sustainability in various applications, enabling businesses to optimize energy utilization.

The startup develops an intelligent robotic system for industrial applications that performs visual inspections and quality assessments while utilizing automated control to minimize labor and training time. This technology enables manufacturers to automate repetitive tasks, resulting in increased efficiency, consistency, and profitability.

The startup manufactures single-crystal piezoelectric materials and devices using proprietary technology to produce high-quality single-crystal layers. This technology addresses the challenge of epitaxial multiple layers, providing semiconductor industries with reliable and efficient semiconductor devices.

Braid develops software that integrates mathematics, physics, and computer science to optimize product design for performance-critical applications while utilizing ecological materials. The company accelerates the product development process from concept to final design, enabling manufacturers to reduce material usage and enhance sustainability without compromising functionality.

The startup offers an enterprise backend service platform designed for the rapid development of web applications and corporate systems. This platform streamlines workflow management and enhances process efficiency, enabling businesses to integrate digital technology into their operations effectively.

M2X is a digital application that streamlines equipment maintenance in manufacturing facilities by automating record-keeping and data analysis through mobile devices. This solution reduces time spent on manual paperwork and enhances operational visibility, leading to improved productivity and equipment uptime.

The startup designs and manufactures brushless motor powertrain systems for electric two-wheel and three-wheel vehicles, enabling manufacturers to customize motor controllers to meet specific performance requirements. This approach reduces production costs while enhancing the efficiency and adaptability of electric vehicle systems.

Ookuma Diamond Device develops diamond semiconductors that operate efficiently in high-temperature and radioactive environments, making them suitable for applications in nuclear power decommissioning, satellite communications, and next-generation wireless networks. These semiconductors eliminate the need for extensive cooling systems, enabling compact designs while providing high power and frequency capabilities essential for advanced technologies like Beyond 5G.

This startup provides research and development services for smart factory systems that utilize artificial intelligence to automate machining operations and industrial IoT to monitor factory performance. The company addresses the technician shortage by enhancing operational efficiency and enabling real-time data-driven decision-making in manufacturing environments.

LINK-US specializes in ultrasonic composite vibration bonding technology, which enables high-efficiency, low-damage metal joining without solder. This patented method addresses the challenges of traditional metal bonding in electric vehicle components and power devices, enhancing performance and reliability.

The startup develops a silicon-photonics platform that integrates a single-chip optical engine for optical transceivers, enabling deployment in various ICT environments. This technology offers a low-cost, low-maintenance solution that provides customized, compact, and reliable systems for enhanced data transmission efficiency.

The startup offers an online education platform that fosters a community for students and professionals to explore and express their personalities through tailored interactions. By creating a supportive environment, users can connect with like-minded individuals and enhance their learning experiences based on shared interests.

The startup develops an Internet of Things platform that enables remote control of home appliances and housing equipment through a dedicated application. This technology allows real estate companies to implement smart home services, enhancing user convenience and operational efficiency in managing home devices.

The startup develops a design algorithm that leverages metamaterials to create complex product features such as motion and elasticity, which are challenging to achieve through traditional design methods. This platform enables users to directly integrate functional properties with product shape and material specifications, streamlining the design process and enhancing manufacturability.

U-MAP develops high-efficiency thermal materials, specifically Thermalnite, to address excessive heat generation in electronic devices such as smartphones, PCs, and electric vehicles. Their technology significantly enhances thermal management, improving device performance and longevity while reducing the risk of overheating.

The startup develops website design software that integrates design applications, coding editors, and prototyping tools to facilitate the creation of custom digital products. This platform enables users to efficiently transform their ideas into functional web experiences without extensive coding knowledge.

mui Lab develops ambient technology solutions that integrate digital experiences harmoniously into daily life. Their Calm UI and IoT platform enable businesses to offer smart home and demand response systems that enhance user well-being and engagement.

The startup manufactures industrial drones and offers design and development programs to enhance social infrastructure. Their e-commerce platform enables clients to acquire drones tailored for various applications, addressing the need for efficient aerial solutions in diverse sectors.

The startup operates a cloud-based supercomputing platform that utilizes machine learning to optimize the configuration and deployment of virtual supercomputers. This technology enables software companies to efficiently design and implement tailored computing environments, enhancing system utilization and performance for both operations managers and end users.

ARCHAIVE is an AI-powered drawing management system for manufacturers that uses advanced search and automated difference detection to streamline operations. It centralizes drawing data with metadata, enabling faster access to information and improving quoting and production efficiency.

SAMASY provides a user-friendly platform for thermal management in electronic circuit design, enabling engineers to upload data and input parameters to receive optimized thermal solutions. The startup addresses the shortage of skilled thermal design professionals by simplifying the design and verification process, enhancing efficiency in managing heat generated by increasingly powerful electronic components.

Sigmai employs quantum annealing technology to optimize resource allocation and production scheduling in manufacturing processes. By enhancing operational efficiency, the company helps businesses reduce costs associated with complex problem-solving challenges.

The startup develops a platform for generating lightweight code that executes artificial intelligence algorithms, enhancing deep learning and hardware research. This technology enables engineers to increase productivity and efficiency by streamlining the implementation of AI solutions.

The startup operates a digital catalog and online marketplace that enables small businesses to list their products online. By utilizing artificial intelligence, the platform streamlines the setup of online operations and facilitates product listings on major e-commerce sites like Amazon and Flipkart, allowing clients to efficiently reach a broader customer base.

Next Semiconductor designs and manufactures power semiconductor materials, devices, and modules to enhance energy efficiency in electronic systems. The company focuses on developing next-generation power devices that contribute to a sustainable society by addressing the growing demand for reliable and efficient power management solutions.

Relectra provides hardware solutions that enhance design efficiency and lower production costs through a robust procurement network and engineering expertise. The startup focuses on optimizing supply chain operations for clients in manufacturing, ensuring reliable sourcing and streamlined processes.

This startup manufactures industrial drone systems capable of transporting heavy loads over long distances in various weather conditions, including resistance to vibration, temperature, wind, rain, and dust. Their custom-engineered drones address the logistical challenges faced by industrial manufacturing, enhancing operational efficiency and reliability.

The startup offers digital experience software that enhances user engagement through real-time analytics and personalized content delivery. This technology addresses the challenge of low customer retention by providing actionable insights that help businesses tailor their digital interactions.

This startup develops AI-driven robotics technology to automate repetitive tasks and heavy labor in the food, cosmetics, and pharmaceutical sectors, where labor shortages are prevalent. By implementing these robots, businesses can enhance productivity and efficiency in environments that are traditionally challenging to automate.

The startup develops a specialized input device for left-handed creators, integrating an analog joystick, buttons, a dial, and eight directional buttons into a single unit. This design enhances operational efficiency and reduces the risk of tendonitis by enabling intuitive one-handed use.

Tokyo Factory offers a cloud-based process control system that visualizes manufacturing data across the supply chain, enabling the construction of a centralized manufacturing information database. This service enhances operational efficiency, facilitates skill transfer, and improves delivery timelines and product quality while reducing travel costs.

The startup develops solar and wind power generation equipment to facilitate the implementation of renewable energy projects for businesses. By providing reliable clean electricity solutions, the company enables organizations to achieve carbon neutrality and contribute to a decarbonized society.

The startup develops healthcare technology focused on enhancing cognitive function through brain-computer interface systems. Their solutions aim to provide measurable improvements in mental agility and memory retention for individuals at risk of dementia.

QuEL develops hardware middleware for controlling quantum computers. Their technology aims to improve the performance and stability of quantum computing systems.

This startup provides a software platform that optimizes chip development workflows by integrating design, simulation, and testing processes. By enhancing collaboration and reducing time-to-market, it addresses inefficiencies in hardware development that can lead to increased costs and delays.

The startup provides a platform that enhances procurement strategies for major manufacturers by facilitating digital transformation and optimizing sourcing processes. This technology enables manufacturers to achieve cost reductions through improved procurement efficiency and execution support.

The startup develops an inventory strategy model that utilizes process data modeling and optimization techniques to determine optimal inventory levels in manufacturing. This approach enhances productivity and profitability by enabling manufacturers to manage their inventory more effectively, thereby reducing excess stock and improving supply chain efficiency.

The startup operates a health-tech platform that enhances clinic management through features like electronic medical records, reception management, and automated report generation. By streamlining these operational processes, the platform enables clinics to save time and improve patient satisfaction.

NuFlare Technology provides advanced semiconductor manufacturing equipment, including electron beam mask writers and mask inspection systems. Their solutions enable the precise creation and verification of photomasks essential for producing leading-edge integrated circuits.

The startup develops 3D capture technology that utilizes advanced data processing to generate high-quality 3D models for the Metaverse. This enables businesses to quickly produce large quantities of 3D products at a reasonable cost, addressing the demand for scalable digital assets in virtual environments.

This startup operates an online marketplace that connects Japanese manufacturing technologies with businesses seeking relevant technological partnerships. By facilitating access to diverse manufacturing processes, the platform addresses the challenge of sourcing specialized technology for hardware developers and manufacturers.

The startup manufactures heart simulator devices that utilize computer simulation to enhance invasive examination techniques for patients. This technology enables medical professionals to better predict postoperative outcomes and assess the condition of small, non-visible blood vessels.

The startup develops 3D air floating image technology products that utilize nanotechnology, laser processing, and optical design to create precise mold designs and ultra-fine processing on curved surfaces. This technology enables manufacturers to efficiently prototype and implement innovations inspired by natural processes, enhancing production capabilities and reducing time-to-market.

Torex Semiconductor develops and manufactures analog power management ICs, including DC/DC converters and voltage regulators. Their high-efficiency, miniaturized solutions enable the creation of smaller, more power-conscious electronic devices for consumer, industrial, automotive, and IoT applications.

VPC Asia develops SmartConnect, an IoT device that facilitates secure and efficient networking of multiple devices, and CloudPC, which provides secure computing and storage solutions. Their APEX Edge Server enhances edge computing performance and reliability, addressing the need for robust and sustainable technology implementations in various operational environments.

The startup develops hardware and software systems for financing, product development, and sales, facilitating collaboration among industry partners to commercialize new technologies. By streamlining the creation of sales channels and business models, the company enhances the efficiency of product development processes.