NPO諏訪圏ものづくり推進機構 Product Lineup

Ixis is a prototype manufacturer that assists designers involved in product development, engineers engaged in mass production products, and designers involved in product design. Our staff has 20 years of experience in this field and has been involved in various product development prototypes. At Ixis, we mainly focus on light curing, 3D printer prototypes, and vacuum casting prototypes, and we respond to our customers' diverse product development prototypes, including resin cutting, metal cutting processing, painting, and printing. ■Speed In development where every second counts, prototype evaluation is a crucial issue. Ixis leverages its strength in speed to respond in the shortest possible timeframe. ■Suggestion We propose the best methods in terms of delivery time, cost, and quality in response to our customers' requests. ■Confidence Trust is what creates good work and leads to good results. We believe in being chosen as our customers' best partner. For more details, please visit our company website. http://www.ixis.co.jp/

Nano Grains officially began its activities in September 2014 based on research into the "processing characteristics of ultra-fine grain steel," conducted in collaboration with Komatsu Seiki Co., Ltd. and the National Institute for Materials Science since 2002. Currently, the company is not only working with ultra-fine grain steel but also developing processing technologies and product expansions for various newly developed materials, collaborating with universities and companies both domestically and internationally. It is a company that creates new customers by providing new value. For more details, please visit the company website. https://www.nanograins.co.jp/

Y.M.I Co., Ltd. is a company that designs and manufactures processing machines and jigs primarily for automotive parts. Additionally, we also engage in the development and production of agricultural tools, as well as the generation of electricity through solar power systems and the sale of these systems. With the experience and know-how gained from designing and manufacturing jigs for dedicated processing machines, we respond to your needs from single items. Please feel free to contact us. 【Business Activities】 ■ Machine design and manufacturing ■ Development and production of agricultural machinery ■ Solar power generation business *For more details, please download the PDF or feel free to contact us.

In the semiconductor industry, with the advancement of miniaturization technology, the processing precision of materials is becoming increasingly important. In particular, as density increases, the subtle defects and distortions in materials can significantly impact product performance. Ultra-fine grain steel, developed through research on "processing characteristics of ultra-fine grain steel" in collaboration with Komatsu Seiki Co., Ltd. and the National Institute for Materials Science since 2002, officially began operations in September 2014. It contributes to the improvement of microfabrication technology. 【Application Scenarios】 - Microfabrication in semiconductor manufacturing - High-precision mold production - Manufacturing of micro-structured components 【Benefits of Implementation】 - Improved processing precision - Enhanced product quality - Increased yield

In the field of medical diagnostics, advanced processing technology is required to obtain highly accurate diagnostic results. Particularly in the manufacturing of medical devices and diagnostic tools with fine structures, the precision of material processing becomes a crucial factor that influences the quality of diagnosis. Nano-grains' ultra-fine grain steel enables precise processing to meet these needs and contributes to the improvement of diagnostic technology. 【Application Scenarios】 - Manufacturing of advanced medical device components - Development of precise diagnostic tools - Production of implants with fine structures 【Effects of Implementation】 - Improvement in diagnostic accuracy through high-precision processing - Realization of durable and reliable medical devices - Support for the development of innovative diagnostic technologies

In the agricultural sector, there is a constant demand for improved work efficiency and cost reduction. In particular, materials that are highly durable and capable of precise processing contribute to the performance enhancement of agricultural machinery and parts, ultimately leading to improved work efficiency. Nano-grains' ultra-fine grain steel holds the potential to meet these needs. 【Application Scenarios】 - Manufacturing of agricultural machinery parts - Manufacturing of parts requiring durability - Manufacturing of parts requiring precision processing 【Effects of Introduction】 - Improved durability of agricultural machinery - Reduced frequency of parts replacement - Enhanced work efficiency

In the field of environmental purification, the removal of pollutants and the efficiency of purification processes are required. In particular, high-performance materials and technologies are essential for water quality purification and soil improvement. Inappropriate materials or technologies can lead to reduced purification effects and negative impacts on the environment. Nano-grains leverage the processing characteristics of ultra-fine particle steel to contribute to the improvement of environmental purification technologies. 【Application Scenes】 - Water quality purification filters - Soil improvement materials - Exhaust gas purification catalysts 【Effects of Introduction】 - High purification performance - Improved durability - Cost reduction

In the agricultural sector, monitoring to understand crop growth conditions and the environment is essential. Proper monitoring contributes to maximizing yields, early detection of pests and diseases, and efficient water management. However, traditional monitoring methods have faced challenges such as being labor-intensive and time-consuming for data collection. The products from Y.M.I Co., Ltd. support the resolution of these issues. 【Use Cases】 - Monitoring crop growth conditions - Collecting environmental data - Utilizing solar power systems 【Benefits of Implementation】 - Efficient data collection - Improved yields - Cost reduction

In the energy industry, efficient operations are essential for achieving both cost reduction and environmental impact mitigation. Particularly in solar power generation systems, optimization and maintenance of the system are crucial. Inadequate design or maintenance can lead to decreased power generation efficiency and early deterioration of the system. Y.M.I Co., Ltd. supports energy efficiency through the sale of solar power generation systems. 【Usage Scenarios】 - Introduction of solar power generation systems - Optimization of power generation systems - Utilization of maintenance services 【Effects of Introduction】 - Maximization of power generation - Reduction of operational costs - Mitigation of environmental impact

In quality control within the manufacturing industry, it is important to ensure the accuracy and reliability of products. To minimize the occurrence of defective products and gain customer trust, precise design and manufacturing of processing machines and jigs are essential. Y.M.I. Co., Ltd.'s products contribute to solving challenges in your quality management. 【Usage Scenarios】 - Quality control of automotive parts - Quality control of industrial machine parts - Precision management of processing machines and jigs 【Benefits of Implementation】 - Improvement in product quality - Reduction of defective products - Increase in customer satisfaction

We can handle all processes related to circuit design, firmware design, PCB design, manufacturing, component assembly, and assembly. Regarding mechanical design, we can accommodate both large machinery and small fixtures, as well as proposals for cost reduction (VA/VE proposals) by breaking down designs and verifying new development projects from concept to design. Additionally, we can support electromechanical collaborative design through the fusion of PCB design and mechanical design know-how, contributing to cost reduction by eliminating design rework through pre-simulation during the design phase. 【Areas of Expertise】 Industrial equipment, consumer electronics, medical devices, automotive equipment, amusement-related equipment, FA equipment, OA equipment, communication devices, power-related IoT devices 【Sales Items】 - Circuit design, firmware design, application design - Printed circuit board design - PCB manufacturing, PCB assembly, component procurement, product assembly - EMS (various designs, PCB manufacturing, assembly) - Various harness processing - Mechanical design - Component processing and equipment assembly - Development and sales of swaying LED lighting 'AIKA' - Product development and sales

In the manufacturing industry, improving production efficiency and stabilizing quality are important challenges in production management. Particularly in the design and manufacturing processes of printed circuit boards and mechanical components, it is essential to demonstrate performance according to specifications and maintain a stable production line, which requires advanced technical skills and a consistent support system. Delays in design revisions or parts procurement can impact production planning and potentially lead to increased costs. APN Corporation supports customers' production management by providing consistent responses from circuit design to mechanical design, prototyping, and mass production. 【Usage Scenarios】 - Prototyping and mass production of printed circuit boards - Design and prototyping in new machine development - Cost reduction proposals for existing products (VA/VE) - Development efficiency improvement through electromechanical collaborative design 【Benefits of Implementation】 - Shortened development periods due to reduced design revisions - Shortened lead times through consistent responses from parts procurement to assembly - Improved profit margins through cost reduction proposals - Enhanced reliability through high-quality product development

In the healthcare industry, the safety of patients and accurate information management are of utmost importance. In patient management systems, reliability of data, security, and rapid access are required. To meet these requirements, advanced circuit design, stable firmware, and robust mechanical design are essential. Inadequate design can increase the risk of system failures and information leaks, potentially impacting patient care. APN Corporation provides comprehensive support from circuit design to mechanical design and manufacturing, helping to solve challenges in medical device development. 【Application Scenarios】 - Development of patient information management systems - Design and manufacturing of control boards for medical devices - Mechanical design of data logging devices - Enclosure design and prototyping for diagnostic devices 【Benefits of Implementation】 - Shortened development time - Cost optimization - Improved product reliability - Reduction of design rework

In the medical industry, the safety of patients and accurate information management are of utmost importance. In patient management systems, reliability of data, security, and quick access are required. To meet these requirements, advanced circuit design, stable firmware, and robust mechanical design are essential. Inadequate design can increase the risk of system failures and information leaks, potentially affecting patient care. APN Corporation provides comprehensive support from circuit design to mechanical design and manufacturing, helping to solve challenges in medical device development. 【Application Scenarios】 - Development of patient information management systems - Design and manufacturing of control boards for medical devices - Mechanical design of data logging devices - Enclosure design and prototyping for diagnostic equipment 【Benefits of Implementation】 - Shortened development time - Cost optimization - Improved product reliability - Reduction of design revisions

In the IT industry, particularly in system development, a stable operation and high reliability are required for the hardware foundation. As systems become more complex, circuit design, firmware design, and the design and manufacturing of printed circuit boards that support them are crucial factors that determine the success of development. Additionally, the mechanical design of peripherals and enclosures also impacts the overall performance and usability of the system. APN Corporation supports your system development by providing consistent support for all challenges in hardware development. 【Usage Scenarios】 - Circuit and PCB design for new system development - Firmware development for IoT devices and embedded systems - Hardware improvements and cost reductions for existing systems - PCB manufacturing and assembly from prototyping to mass production - Mechanical design of enclosures and peripherals tailored to the system 【Benefits of Implementation】 - Reduced development time due to fewer design revisions - Optimization through collaboration between PCB design and mechanical design - Increased efficiency through consistent handling from parts procurement to assembly - Support for budget management through cost reduction proposals - Establishment of a reliable hardware foundation

In the energy industry, equipment maintenance requires reliability and longevity of machinery. Particularly for equipment used in harsh environments, component failures or performance degradation can lead to significant issues related to operational downtime and safety. Therefore, ensuring quality from the design stage and considering continuous maintenance in the design process are essential. APN Corporation provides comprehensive support from printed circuit board design to mechanical design, contributing to solving challenges in equipment maintenance for our customers. 【Application Scenarios】 - New development and improvement of energy-related equipment - Design review aimed at extending the lifespan of existing equipment - Identification of failure causes and proposal of improvement measures - Comprehensive support from parts procurement to assembly 【Benefits of Implementation】 - Reduction of equipment troubles and improvement of operational rates - Reduction of maintenance costs - Enhanced product reliability - Shortened development lead times

In the agricultural sector, improving the accuracy of harvest forecasts is essential for planned production and sales. Particularly for crops that are susceptible to the effects of weather and pests, accurate predictions directly contribute to reducing harvest losses and maintaining quality. Uncertain forecasts can lead to opportunity losses and excessive inventory risks. APN Corporation provides solutions that contribute to harvest forecasting through the development and manufacturing of IoT devices and sensors. 【Use Cases】 - Data collection on growth conditions using IoT sensors - Predicting harvest timing through data analysis - Building harvest forecasting models in conjunction with weather data 【Benefits of Implementation】 - Planned production and sales through improved harvest forecast accuracy - Reduction of harvest losses and maintenance of quality - Improvement of production efficiency

Our main business involves the design and manufacturing of construction machinery, agricultural machinery, and molds for concrete secondary products. We have also been engaged in the development and commercialization of our own products, such as concrete pole crushers and home hydroponic gardening systems. In recent years, we have started developing a "step elimination device" in collaboration with JR West Japan, and we are also venturing into new fields such as aircraft ground support equipment, medical devices, environmental solutions, and renewable energy. Business Activities - Construction machinery, agricultural machinery, heavy machinery, medical devices, earthquake-resistant building products - Joint development projects with major companies *For more details, please download the PDF or feel free to contact us.

In the construction industry, the operation of heavy machinery requires efficiency and safety on site. Particularly in harsh environments with long hours of operation or in complex terrains, the reliability and durability of the machinery become crucial. Improper use of machinery can increase the risk of work delays and accidents. Komatsu Ltd. primarily engages in the design and manufacturing of construction machinery, providing products that meet the needs of the field. 【Usage Scenarios】 - Civil engineering work at construction sites - Transportation and placement of materials - Infrastructure development projects 【Benefits of Implementation】 - Improved work efficiency - Enhanced safety on site - Support for project progress

In the agricultural sector, the quality of soil that supports crop growth significantly affects yield and quality. Soil improvement is a crucial factor in promoting healthy crop growth and achieving sustainable agriculture. Komatsu Ltd. has been engaged in the development and commercialization of agricultural machinery by leveraging the technology cultivated through years of manufacturing. By providing products that assist in soil improvement, we contribute to the advancement of agriculture. 【Usage Scenarios】 - Manufacturing and sales of construction and agricultural machinery - Design and manufacturing of molds for concrete secondary products - Development and commercialization of concrete pole crushers, home hydroponic gardening systems, etc. 【Effects of Implementation】 - Promotion of crop growth through soil improvement - Increase in yield and quality - Support for achieving sustainable agriculture

In the road construction industry, the operation of reliable construction machinery is essential for the safe and efficient execution of projects. Particularly in long-term construction or work in harsh environments, the durability and stable performance of machinery are key to adhering to schedules and managing costs. Improper use of machinery can lead to project delays and unexpected cost increases. Komatsu Ltd. specializes in the design and manufacturing of construction machinery, providing products that meet customer needs. 【Usage Scenarios】 - Road construction sites - Infrastructure development projects - Large-scale civil engineering works 【Benefits of Implementation】 - Increased efficiency in construction - Improved safety - Enhanced productivity

In the construction of logistics warehouses, efficient material loading and unloading, ensuring worker safety, and long-term durability are required. In particular, the transportation and installation of large materials and securing workspaces are crucial factors that affect the functionality of the warehouse. Komatsu Ltd.'s construction machinery meets these needs and supports safe and efficient warehouse construction. 【Usage Scenarios】 - Transportation and installation of large materials - Grading work - Loading and unloading of materials 【Benefits of Implementation】 - Shortened construction period - Improved work efficiency - Ensured safety

In forestry, safe and efficient logging operations are essential. Particularly in vast forests and in the transportation and processing of timber, the use of reliable heavy machinery and related equipment is indispensable. The use of inappropriate equipment can lead to decreased work efficiency and increased risk of accidents. Komatsu Ltd. leverages the technology cultivated through the design and manufacturing of construction machinery, agricultural machinery, and concrete secondary product molds to provide products that support the forestry field. 【Application Scenarios】 - Logging operations in forests - Transportation and accumulation of timber - Material transportation on-site - Infrastructure development (such as forest road construction) 【Benefits of Implementation】 - Improved work efficiency - Ensured safety - Cost reduction - Adaptability to diverse sites