NPO諏訪圏ものづくり推進機構 Product Lineup

Founded in 1957, our company has specialized in the manufacturing of collet chucks since 1962. Based on the know-how cultivated over many years, we have gained the trust of various users in terms of quality, delivery, and price, producing high-precision and durable products unique to specialized manufacturers. We particularly excel in small diameters ranging from 0.5 to 15 mm, producing a variety of hole diameters in increments of 0.01 mm to match diverse tools. With our highly regarded technology and extensive experience, we respond quickly to contract manufacturing and OEM requests from machine tool manufacturers, as well as to special individual orders. Please consider our collet chucks for your needs. Additionally, we also accept transactions solely for internal grinding, cylindrical grinding, and thread grinding, utilizing our manufacturing technology for collet chucks, so please feel free to contact us. For more details, please visit our company website. http://www.collet.jp/

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Nagata Manufacturing Co., Ltd. is responsible for the manufacturing of various equipment for optical lens production, various optical jigs and tools, as well as the development and manufacturing of high-precision standards and prototype lenses. In particular, the production of spherical jigs (such as dishes and holders) for optical lenses exceeds 30,000 pieces per month, achieving a national market share of 80% (according to our research). Areas of Expertise: Manufacturing of jigs, tools, and inspection equipment Manufacturing of devices and equipment Manufacturing of in-house brand products Sales Items: Manufacturing and sales of polishing machines for optical lenses, dedicated machines, CG machines, dishes, jigs, polishing agents, and consumables. For more details, please also visit our corporate website. https://www.nagata-ss.co.jp/

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Micron Seiko Co., Ltd. specializes in precision parts processing for various industrial sectors. Precision Parts Processing: We process parts for OA equipment, automotive components, medical parts, and other precision components. We particularly excel in micron-level precision processing technology. Technology: We utilize advanced processing techniques such as cutting, grinding, wire cutting, and electrical discharge machining. Product Characteristics: We cater to a wide range of needs, from precision parts used in automatic machines and molds to low-volume production items and mass-produced products in the automotive and medical fields. Equipment Development and Design: We also engage in the development, design, and manufacturing of processing equipment for nano optical fibers, contributing to the future of manufacturing through technological and equipment development in new fields. Research and Development: In addition to our original research and development, we also produce prototypes and acquire experimental data for customers, actively engaging in collaborative research and development with manufacturers, universities, and research institutions. For more details, please visit our corporate website. https://www.micron-seiko.co.jp/

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In the telecommunications industry and network optimization, stable operation of systems and efficient management are required. In particular, the detection of abnormalities in network equipment and the maintenance of performance are directly linked to the reliability of service provision. Inadequate monitoring or failure to detect abnormalities early can lead to communication failures or service interruptions. Makome Research Institute's industrial sensors address these challenges and contribute to the stable operation of networks. 【Usage Scenarios】 - Monitoring the operational status of network equipment - Real-time monitoring of communication quality - Rapid identification of causes during failures 【Benefits of Implementation】 - Reduction of network downtime - Improvement of communication performance - Optimization of operational costs

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In autonomous driving systems, high-precision sensors are required to accurately grasp the vehicle's condition and the surrounding environment. In particular, obtaining real-time information on the vehicle's behavior and location is essential for achieving safe and efficient autonomous driving. Inaccurate sensor data can lead to system malfunctions or accidents. Our company contributes to improving the reliability of autonomous driving systems through the development, manufacturing, and sales of industrial magnetic sensors. 【Usage Scenarios】 - Steering control of autonomous vehicles - Utilization as wheel speed sensors - Application in ADAS (Advanced Driver Assistance Systems) - High-precision data acquisition leveraging achievements in motorsports 【Benefits of Implementation】 - Enhanced safety of autonomous driving systems - Improved accuracy of vehicle control - Provision of accurate data in real-time - Offering reliable sensor solutions

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In the agricultural field, it is essential to accurately grasp the growth conditions of crops and carry out optimal management. Particularly in monitoring growth environments and automation systems, precise data collection through sensors is indispensable. Inadequate measurements can lead to poor growth and reduced yields. Makome Research Institute's industrial magnetic sensors provide solutions to meet these growth management needs. 【Usage Scenarios】 - Environmental monitoring systems within fields - Control of automatic irrigation and fertilization systems - Location tracking and motion detection of agricultural machinery 【Benefits of Implementation】 - Appropriate management through visualization of growth conditions - Increased efficiency and labor-saving in operations - Stabilization of yields and improvement in quality

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In quality control within the manufacturing industry, accurate measurement and stable operation are required to maintain the precision and reliability of products. In particular, detecting subtle changes on the production line and monitoring factors that affect product performance are essential for maintaining quality. Inadequate measurement or monitoring can lead to the occurrence of defective products or a decline in product performance. Makome Research Institute's industrial magnetic sensors provide products that meet these quality control needs. 【Usage Scenarios】 - Detection of component positions on the production line - Confirmation of product operation - Anomaly detection in inspection processes 【Benefits of Implementation】 - Stabilization of quality - Reduction of defective products - Improvement of production efficiency

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In quality inspection of the manufacturing industry, accurate measurement of products and early detection of anomalies are required. To suppress the occurrence of defective products and improve production efficiency, high-precision sensor technology is essential. Makome Research Institute's industrial sensors address various challenges in the manufacturing process and contribute to strengthening quality control. [Application Scenarios] * Measurement of product dimensions * Detection of foreign matter contamination * Detection of operational failures [Effects of Implementation] * Improvement in the accuracy of quality inspection * Reduction of defective products * Enhancement of production efficiency

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In the energy industry, it is essential to accurately grasp the operational status of equipment and optimize energy consumption. Particularly in large-scale facilities such as plants and power stations, precise data collection through sensors is crucial for efficient operation and cost reduction. Inaccurate data can lead to delays in detecting equipment anomalies and unnecessary energy consumption. Our industrial sensors support energy efficiency through high-precision measurement technology. 【Usage Scenarios】 - Monitoring the operational status of plants - Measuring the efficiency of power generation equipment - Visualizing energy usage 【Benefits of Implementation】 - Early detection of equipment anomalies - Optimization of energy consumption - Reduction of operational costs

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In the logistics industry, accurately understanding the location and condition of cargo during transportation is essential for efficient operations and improving customer satisfaction. This is particularly important for tracking temperature-sensitive cargo and expensive precision equipment, where real-time information collection is crucial. Inaccurate tracking or lack of information can lead to delays, loss, and deterioration of quality. Our industrial sensors address these challenges and contribute to the efficiency of logistics. 【Use Cases】 - Cargo tracking - Monitoring of temperature-sensitive cargo - Vehicle location tracking 【Benefits of Implementation】 - Visualization of transportation status through real-time location tracking - Quality preservation through thorough temperature management - Reduction of risks related to loss and theft

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In the field of remote medical care, it is important to accurately grasp patients' vital data. Especially when monitoring a patient's condition remotely, reliable sensor technology is required. Accurate data collection is essential for appropriate diagnosis and treatment. The industrial sensors developed by Makome Research Institute solve the challenges of data collection in remote medical care. 【Usage Scenarios】 - Remote patient monitoring - Collection of vital data in home healthcare - Integration into medical devices 【Effects of Implementation】 - Real-time understanding of patients' health conditions - Reduction of healthcare professionals' burden - Improvement in the quality of medical services

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In the construction industry, there is a demand for safety management and efficiency on site. Remote monitoring systems allow for understanding the site conditions without human intervention, contributing to accident prevention and improved work efficiency. Industrial sensors are designed with durability and reliability in mind, assuming use in various environments at construction sites. 【Use Cases】 - Monitoring the operation status of heavy machinery and materials at construction sites - Safety management of workers - Environmental monitoring of the site 【Benefits of Implementation】 - Real-time understanding of site conditions to prevent accidents before they occur - Improved work efficiency and contribution to cost reduction - Reduced burden on managers through remote monitoring

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Development, manufacturing, and sales of industrial sensors Product lineup Industrial magnetic sensors, magnetic sensors for motorsports For more details, please visit our company website. https://macome.co.jp/

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In the field of disaster prevention, rapid information transmission and accurate data collection are essential, utilizing communication devices and sensors. The miniaturization and high performance of these devices rely heavily on the use of FPC (Flexible Printed Circuit). FPC is flexible and suitable for wiring in tight spaces, contributing to the reliability of disaster prevention systems. Beac's FPC processing equipment meets these needs. [Application Scenarios] - Manufacturing of communication devices for disaster prevention - Sensors for information collection at disaster sites - Circuit boards for evacuation guidance systems [Effects of Implementation] - Miniaturization and lightweight design of devices - High reliability and durability - Realization of rapid information transmission

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In the energy industry, there is a trend towards miniaturization and high performance of products, leading to an increased demand for FPC (Flexible Printed Circuit). Particularly in energy-saving devices and renewable energy-related products, the reliability and durability of FPCs are crucial. Bearc Co., Ltd.'s FPC processing equipment provides high-precision processing technology to meet these needs, contributing to improved energy efficiency. 【Application Scenes】 - Solar power generation systems - Smart meters - Energy-saving home appliances 【Effects of Implementation】 - Miniaturization and lightweight of products - Improved reliability - Reduction in manufacturing costs

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In the field of telemedicine, there is a demand for miniaturization and high performance of medical devices. In particular, high-performance electronic substrates are essential to reduce the burden on patients and to conduct more accurate diagnoses. The quality of electronic substrates affects the reliability and safety of medical devices, making high-precision processing technology crucial. The FPC (Flexible Printed Circuit) processing equipment from Bearc Co., Ltd. is designed and manufactured to meet these needs. 【Usage Scenarios】 * Manufacturing of medical devices for telemedicine * Manufacturing of portable medical devices * Manufacturing of medical devices requiring high-precision electronic substrates 【Benefits of Implementation】 * Contributes to the miniaturization and high performance of medical devices * Improves the reliability of medical devices * Reduces the burden on patients and enhances diagnostic accuracy

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In quality control of the manufacturing industry, the processing accuracy of FPC (Flexible Printed Circuit) is crucial to ensure product reliability. Especially as electronic devices become smaller and more high-performance, the microfabrication technology of FPC has become an important factor that influences product quality. Low processing accuracy can lead to decreased product performance or failures. Beak's FPC processing equipment provides high-precision processing technology and supports quality control in the manufacturing industry. 【Usage Scenarios】 - Manufacturing process of FPC (Flexible Printed Circuit) - Manufacturing process of PCB (Printed Circuit Board) - Manufacturing process of LCD manufacturing equipment 【Benefits of Implementation】 - Improvement in product quality through high-precision processing - Reduction of defective products - Increase in productivity

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We received the 3rd New Machinery Promotion Award "Minister of Economy, Trade and Industry Award." ○ We manufacture! FPC, PCB, and liquid crystal manufacturing equipment ○ We process! High-precision mold parts Areas of expertise: Manufacturing of various processing equipment / High-precision mold parts processing / 3D high-precision processing High-precision fine parts processing / Ultra-hard fine punch processing / High-hardness parts processing Sales items: ○ Design, manufacturing, and sales of FPC (Flexible Printed Circuit) processing equipment ○ Manufacturing and sales of high-precision mold parts and jigs High-precision mold parts processing 　　　3D modeling 　　　Electrode design to discharge machining 　　　3D high-precision processing 　　　High-precision cavities and cores 　　　High-hardness parts processing 　　　Press mold parts Precision parts fine processing 　　　Fine hole discharge machining　　 　　　Fine punch processing　　 　　　Wire fine line processing　 Main processed products: High-speed through-hole puncher / High-speed guide hole puncher / Exposure equipment Cream solder printing machine / High-speed trimming press / Coverlay punching servo press Sheet cutting machine / Coverlay temporary bonding machine / Reinforcement film attaching machine For more details, please visit our company website. http://www.beac.co.jp/

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In the IT industry, development support requires high-quality components and a reduction in development time. Particularly in the prototyping stage and small-scale production, the procurement of precise metal parts is a crucial factor that influences the progress of development. Additionally, shortening the development period is essential for enhancing competitiveness. Iiyama Seiki Co., Ltd. leverages its metal cutting processing technology and system development know-how to meet various needs in IT development. 【Usage Scenarios】 - Manufacturing metal parts for prototypes - Procurement of metal parts for small-scale production - Reduction of development time - Manufacturing parts for various industrial equipment 【Benefits of Implementation】 - Provision of high-quality metal parts - Reduction of development time - Cost savings - Improved product reliability

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The energy industry demands efficient energy use. In particular, improving the operational efficiency of equipment and promoting energy conservation are essential for achieving both cost reduction and environmental impact reduction. The precision of metal components significantly affects the performance of equipment, and even slight errors can decrease efficiency. Iiyama Seiki Co., Ltd.'s precision metal cutting processing contributes to addressing these challenges by providing high-performance and high-quality products. 【Application Scenarios】 * Manufacturing parts for power generation equipment * Manufacturing parts for energy storage systems * Manufacturing parts for energy-saving devices 【Benefits of Implementation】 * Improved equipment performance * Enhanced energy efficiency * Cost reduction

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In the field of telemedicine, precise machining of medical device components and stable operation of the supporting systems are required. Since patients and doctors are in different locations, the reliability of the equipment is essential. Iiyama Seiki Co., Ltd.'s metal cutting processing technology and system development contribute to improving the quality of medical devices in telemedicine. 【Usage Scenarios】 - Manufacturing components for telemedicine medical devices - Manufacturing components for medical robots - System development for medical devices 【Benefits of Implementation】 - Improved reliability of medical devices - Increased efficiency in medical settings - Provision of high-quality medical care to patients

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In quality control within the manufacturing industry, the precision and reliability of products are crucial. To minimize the occurrence of defective products and gain customer trust, the supply of high-quality components is essential. Iiyama Seiki Co., Ltd.'s precision metal cutting processing utilizes advanced technology with NC lathes to provide high-quality products and support solutions to challenges in quality control. 【Usage Scenarios】 * Quality control of hydraulic equipment parts for construction machinery (such as power shovels) * Quality control of information and communication equipment parts * Quality control of office automation and control equipment * Quality control of various shafts and parts for various industrial equipment 【Benefits of Implementation】 * Reduction in defect rates through the supply of high-quality components * Increased reliability from customers * Improvement in product performance

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Iiyama Seiki Co., Ltd. is engaged in businesses centered around metal cutting processing and system development. Precision Metal Cutting Processing: We specialize in metal cutting processing using NC lathes, combining know-how cultivated from years of experience with cutting-edge processing technology to manufacture high-performance, high-quality products. We have particular strengths in cutting processing of round parts and can accommodate various types and materials of components. Our work includes hydraulic equipment parts and information communication device parts incorporated into construction machinery (such as power shovels), OA and control equipment, various shafts, and parts for various industrial machines. Integrated Production System: In addition to cutting processing, we consistently carry out heat treatment, surface treatment, post-processing polishing, and assembly. Difficult-to-Cut Material Processing: We excel in processing difficult-to-cut materials such as cobalt, titanium, and hardened steel, and we actively incorporate new processing methods such as ultrasonic and low-frequency vibration cutting and hard turning. System Development: We also engage in the development of various systems to support the operations of manufacturing industries, flexibly responding to small-lot production of various types and short delivery times. For more details, please visit our company website. https://iiyamaseiki.co.jp/

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In manufacturing factories, the stable supply of high-quality pressed parts is a crucial factor that influences production efficiency and product quality. In particular, precise molds and high-quality parts are essential for reducing defects and improving productivity. Taiyo Kogyo Co., Ltd.'s pressed parts contribute to enhancing factory productivity with high technical capabilities and a quality management system that meets customer needs. 【Usage Scenarios】 - Factories engaged in press processing - Factories involved in mold manufacturing - Factories aiming to improve part quality 【Benefits of Implementation】 - Stable supply of high-quality pressed parts - Improved production efficiency - Reduction of defects - Enhanced product quality

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In space structures, lightweight design and high durability are essential. Precise and reliable components that can withstand harsh environments are indispensable. Sun Industry's pressed parts can meet these demands thanks to years of experience and high technical expertise. Our pressed parts contribute to the reliability of space structures. 【Usage Scenarios】 * Space Stations * Satellites * Rockets 【Benefits of Implementation】 * Achieving both lightweight design and high strength * High durability under harsh conditions * Improved reliability through precise component supply

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In isolation environments within medical settings, the precision and durability of components are crucial. As part of infection control measures, precise components are required, and they must maintain performance even under harsh conditions. Sun Industry's press components meet these demands through high-precision mold technology. 【Application Scenarios】 - Isolation wards - Operating rooms - Medical devices 【Benefits of Implementation】 - Improved reliability of medical devices through high-precision components - Reduced replacement frequency due to enhanced durability - Ability to meet diverse needs

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Taiyo Industry is a press parts manufacturer located in Suwa City, Nagano Prefecture. Since its establishment, we have continuously challenged ourselves with high technology, pursuing the infinite possibilities of plastic processing and earning high praise from our customers by making the impossible possible. We are also supplying products across Asia, focusing on Southeast Asia through our local subsidiary TMT in Thailand, and have established a system to meet customer needs both in Japan and globally. Our technology center, Teru, equipped with an underground mold factory capable of temperature management within ±0.3°, enables the production of high-precision, high-quality molds. We sell ultra-high-precision die sets/plates produced at this factory under the @teru brand. Our group fully utilizes the technologies of four affiliated companies to provide higher quality products to our customers and aims to further enhance customer satisfaction. We are always open to consultations, so please feel free to contact us. We have obtained IATF16949 certification. For more details, please visit our company website. https://www.taiyo-ind.co.jp/

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In the infrastructure industry, extending the lifespan of equipment is an important challenge. Proper inspection and maintenance are essential for managing aging infrastructure, and the use of optical application devices and optical measurement instruments is required for this purpose. The products of Oak Manufacturing Co., Ltd. serve as a foundation for accurately understanding the deterioration of infrastructure equipment and implementing appropriate measures. 【Usage Scenarios】 * Inspection of infrastructure equipment such as bridges, tunnels, and roads * Diagnosis of equipment deterioration * Development of maintenance plans 【Benefits of Implementation】 * Early detection of equipment anomalies * Reduction of maintenance costs * Improvement of the safety of infrastructure equipment

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The advancement of miniaturization technology in the semiconductor industry is essential for enhancing product performance. In microfabrication, high precision and uniformity are required, making the use of light in the manufacturing process crucial. Optical application devices are indispensable for achieving high precision and efficiency in processes such as exposure, inspection, and measurement in microfabrication. 【Application Scenarios】 * Exposure in photolithography * Wafer inspection * Measurement of microstructures 【Effects of Implementation】 * Achievement of high-precision processing * Improvement in yield * Increase in productivity

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In the precision machining of the medical device industry, the manufacturing of high-quality components is essential. In particular, precision machining that utilizes light relies on the stability of the light source and accurate measurements to determine the product's precision. Inappropriate light sources or measuring instruments can lead to machining defects and a decline in product performance. Oak Manufacturing Co., Ltd. aims for harmony between light and the environment, providing discharge lamps/light source units, UV measuring instruments, and optical measuring and inspection equipment to support solutions to challenges in the precision machining of medical devices. 【Application Scenarios】 - Medical laser processing - Inspection of precision parts - Light-based modeling 【Benefits of Implementation】 - Achievement of high-quality component manufacturing - Improvement of product precision - Enhancement of machining efficiency

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In the aerospace industry, high-precision measurement is essential for quality control of parts and inspection of structures. Particularly for components and structures used in harsh environments, accurately detecting minute defects and anomalies is crucial for ensuring safety and reliability. Oak Manufacturing Co., Ltd.'s optical application devices provide precise optical measurement technology to address these challenges. 【Usage Scenarios】 * Inspection of aircraft parts * Structural inspection of spacecraft * High-precision position measurement 【Benefits of Implementation】 * Quality improvement through high-precision measurement * Enhanced safety through early detection of defects * Reduction of inspection time and cost savings

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In the automotive industry, reducing weight of components has become an important issue for improving fuel efficiency and reducing environmental impact. Weight reduction also contributes to the overall performance enhancement of vehicles. Oak Manufacturing Co., Ltd.'s optical application devices support the development of materials and components that contribute to weight reduction. 【Usage Scenarios】 - Research and development of lightweight materials - Strength evaluation of components - Quality inspection 【Effects of Implementation】 - Early detection of lightweight materials - Shortening of product development time - Improvement in quality

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"Creating" light for the world - Orc Manufacturing Co., Ltd. aims to develop the future of the "light" industry in harmony with light and the environment. Our discharge lamps/light source units, UV measuring instruments, and optical tube business have obtained ISO 9001 certification, and our Suwa and Hinode factories have obtained ISO 14001 certification, striving to ensure quality and preserve the environment. For more details, please visit our corporate website. https://www.orc.co.jp/

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In experiments on mold design and manufacturing at educational institutions, the acquisition of practical CAD/CAM skills is required. It is important to understand the entire process, from the basics of mold design to the generation of machining data using CAM. An appropriate CAD/CAM system serves as a foundation for students to learn efficiently and acquire advanced skills. Our CAD/CAM system for molds is designed with consideration for educational settings, ensuring usability, functionality, and support systems. 【Usage Scenarios】 - Mold design practical training - Exercises for generating machining data using CAM - Press processing simulation 【Benefits of Implementation】 - Acquisition of practical CAD/CAM skills - Promotion of understanding of the mold design and manufacturing process - Provision of an efficient learning environment

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In the space exploration industry, high-quality components that can withstand harsh environments are required. In particular, the precision of molds is crucial for enduring temperature changes, radiation, and vibrations in outer space. Mold defects can lead to performance degradation or failure of the spacecraft. Solar Mechatronics provides a comprehensive manufacturing system from mold design and production to assembly, supporting the reliable manufacturing of components for space exploration. 【Application Scenarios】 - Manufacturing of components for space probes - Manufacturing of components for rocket engines - Manufacturing of components for satellites 【Benefits of Implementation】 - Stable supply of high-quality components - Reduction of manufacturing costs - Quick delivery response

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The advancement of remote control technology in the medical industry demands high precision and efficiency in the design and manufacturing of precise medical devices. In the field of mold design and manufacturing, the precise production of components through remote control is essential for the miniaturization and high performance of medical devices. VISI Progress-TASCAM supports the entire process from mold design to manufacturing, aiding in the development of medical devices utilizing remote control technology. 【Usage Scenarios】 - Mold design for remote-controlled robot components - Manufacturing of precision medical device components - Design and manufacturing instructions from remote locations 【Benefits of Implementation】 - Improved performance of medical devices through high-precision component manufacturing - Increased efficiency through design and manufacturing instructions from remote locations - Reduced development costs due to shortened prototyping periods

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Taiyo Kogyo Group supports a comprehensive manufacturing system that encompasses mold design and production, press processing, surface treatment, and assembly. Taiyo Mechatronics Co., Ltd. not only supports the group's mold design and production system but is also one of the few CAD/CAM development manufacturers for molds in the prefecture. <Business Activities> ■ Sales of progressive CAD/CAM systems ■ Sales of various TASCAM software ■ Sales of reverse engineering systems ■ Sales of wire-cut electrical discharge machines ■ Sales of machining centers ■ Sales of AC servo press machines <Main Products> ◆ CAD/CAM system for press molds "VISI Progress-TASCAM" ◆ Reverse engineering software "Geomagic series" ◆ Press forming simulation software "ASU/P-form" For more details, please visit our company website. https://taiyom-ind.co.jp/

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Our company, established 33 years ago, is located in Ueda City. We coordinate all aspects of production equipment, sell used machinery, and purchase dormant or unnecessary machines. Additionally, we handle various parts procurement as well as environmental and infection control products. We strive daily to support the local community and businesses. If you have any concerns, please feel free to consult us. For more details, please visit our company website. https://acemachinery.co.jp/

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Software, information processing, consulting For more details, please visit our company website. https://www.cielsystem.co.jp/

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In the medical industry, a stable supply of high-quality components is essential for medical devices that require high precision and reliability. Precision press forming can manufacture complex-shaped parts with high accuracy, contributing to the miniaturization and high performance of medical devices. Nagano Sanko's precision press forming meets the manufacturing needs of medical device components. 【Usage Scenarios】 - Medical device manufacturers - Medical-related companies requiring precision parts - Parts procurement for information sharing purposes 【Benefits of Implementation】 - Stable supply of high-quality medical device components - Improved product reliability - Cost reduction

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In manufacturing process management, it is important to provide high-quality parts consistently. Particularly for parts that require high precision, such as automotive parts and electronic components, the challenge is to suppress the occurrence of defective products and improve production efficiency. Nagano Sanko Co., Ltd.'s precision press forming process achieves stable supply of high-quality parts by handling everything in-house from mold production to mass production. By combining over half a century of manufacturing technology with the latest digital technology, we efficiently produce high-difficulty press parts. 【Usage Scenarios】 - Manufacturing process of automotive parts - Manufacturing process of electronic components - Manufacturing process of connector parts - Manufacturing process of motor parts - Manufacturing process of control equipment parts 【Benefits of Implementation】 - Stable supply of high-quality parts - Reduction of defective products - Improvement of production efficiency - Cost reduction - Shortening of delivery times

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In the medical industry, the stable supply of high-quality components for medical devices, which require high precision and reliability, is crucial. Precision press drawing processing is an effective means to meet these demands. Nagano Sanko's precision press drawing processing contributes to the miniaturization and high performance of medical devices. [Application Scenarios] - Manufacturing of medical device components - Medical-related products requiring precision parts - Medical settings needing high-quality components [Effects of Implementation] - Improvement in the performance of medical devices - Increased reliability of products - Stable supply of components

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In manufacturing process management, it is important to provide high-quality parts consistently. This is especially true for products that require high precision, such as automotive parts and electronic device components, where the quality of press processing affects the overall efficiency of the process. To suppress the occurrence of defective products and improve productivity, precise press processing technology and the supporting mold technology are essential. Nagano Sanko Co., Ltd.'s precision press drawing processing can meet these challenges. 【Application Scenarios】 - Manufacturing process of automotive parts - Manufacturing process of electronic device components - Manufacturing process of connector parts - Manufacturing process of motor parts - Manufacturing process of control device components 【Benefits of Implementation】 - Stable supply of high-quality parts - Reduction of defective products - Improvement of productivity - Cost reduction - Streamlining of process management

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Since our establishment, we have been engaged in precision press drawing processing, providing a consistent in-house response from mold manufacturing to prototyping and mass production. By integrating the manufacturing technology accumulated over more than half a century with cutting-edge digital technologies such as molding simulation systems, we are able to produce molds and utilize various self-developed automatic machines and labor-saving devices to efficiently manufacture high-difficulty press parts. Areas of Expertise - Specializing in precision press drawing processing, primarily manufacturing automotive parts and electronic device components. Product Offerings - Press mold manufacturing - Press processing (prototyping, mass production) - Manufacturing of various automatic machines - Light work contracting (sorting, packaging, etc.) Main Processed Products Press drawing processing - Automotive parts - Connector parts - Motor parts - Control device parts For more details, please visit our company website. https://www.naganosankoh.jp/

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In the energy industry, accurate data analysis and efficient operations are essential for demand forecasting. In particular, the operational status of equipment and the timing of maintenance significantly impact the stability of energy supply. Itsumi Corporation's technology provides high precision and efficiency in addressing these challenges. Our technology supports the efficient operation of energy-related equipment and contributes to stable supply. 【Use Cases】 - Maintenance of energy-related equipment - Monitoring of equipment operational status - Optimization of energy supply 【Benefits of Implementation】 - Prolonged equipment lifespan - Reduction in energy costs - Achievement of stable supply

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