富士紡ホールディングス List of Products and Services

This is a resistance change type flexible load (static load) sensor that changes its electrical resistance when force is applied from the surface. By adopting a printing method, it offers high design freedom for patterns, allowing installation in small gaps as well as large area sensing. By differentiating its use from the "piezoelectric flexible sensor," which excels in detecting dynamic loads, it enables load and pressure sensing in various situations. *This product is a joint development with the Yamagata University Organic Electronics Innovation Center. 【Features】 ■ It is a load sensor made of a laminated elastomer foam with low and high electrical resistance. ■ By adopting a printing method, it can be made thinner up to a total thickness of ○○μm depending on the choice of substrate. ■ Materials such as resin films, elastomer sheets, and textiles can be selected for the substrate. ■ Sensor arrays can also be produced. ■ Unlike piezoelectric flexible sensors, it requires driving power. *Please feel free to contact us for inquiries.

• Sensors
• Pressure

In manufacturing environments, it is important to detect machine anomalies early and perform appropriate maintenance. However, conventional sensors are difficult to install and have high maintenance costs. This product is thin and flexible, making it easy to install on various machines without requiring specific installation locations. Additionally, it does not require sensor driving power, which helps reduce maintenance costs. 【Usage Scenarios】 - Machine Condition Monitoring: By detecting abnormal vibrations and impacts, it helps identify issues early, preventing unexpected failures and contributing to improved operational rates. - Robot Finger Sensors: By installing it on the fingertips of robots, it enables delicate tasks and object recognition. - Wearable Biometric Sensors: It measures pulse waveforms, pulse intervals, and heart rates, aiding in monitoring employees' health conditions. 【Benefits of Implementation】 - It allows for the prediction of machine failures in advance, reducing maintenance costs. - It leads to improved operational rates and contributes to increased productivity. - It helps enhance safety.

• Sensors
• Pressure
• Other measurement, recording and measuring instruments

To enhance the safety of buildings, it is important to detect subtle changes in structures at an early stage. However, conventional sensors have limitations regarding installation locations and the shapes of structures, making installation difficult in some cases. Fujibo's "Piezoelectric Flexible Sensor" is thin and flexible, allowing it to be installed in wet locations. Additionally, it is highly sensitive and can capture minute changes, thereby further improving the safety of structures. 【Usage Scenarios】 - Monitoring the deterioration of structures such as bridges and tunnels (vibration sensors) - Assessing damage from natural disasters like earthquakes and typhoons (impact sensors) 【Benefits of Implementation】 - By detecting abnormalities in structures early, appropriate measures can be taken, enhancing safety. - It can be installed in locations where conventional sensors were difficult to place, enabling broader monitoring. - It is thin and flexible, can be installed in wet locations, and will not rust.

• Sensors
• Pressure
• Other measurement, recording and measuring instruments

In the manufacturing of medical components, high-precision resin molding is essential. Additionally, many medical components are small, and when waste runners are produced, there is a tendency for material efficiency to decrease. By introducing hot runners, it is possible to achieve cost reduction for resin products and reduce environmental impact. 【Application Scenarios】 - Manufacturing of medical components - Components that require high-precision resin molding - Challenges of cost reduction and environmental impact reduction 【Effects of Introduction】 By introducing hot runners, the following effects can be expected compared to traditional molding methods: - Cost reduction of molded products - Reduction of environmental impact through decreased resin usage - Improvement in production efficiency - Enhancement of product quality

• Injection Molding Machine

In the manufacturing of automotive parts, cost reduction and environmental impact reduction are important challenges. Our hot runner introduction service realizes a shortening of the molding cycle, contributing to improved product quality and reduced resin usage. 【Usage Scenarios】 - Automotive parts manufacturing sites - Challenges include shortening the molding cycle, cost reduction, and environmental impact reduction - Stable supply of high-quality parts is required 【Effects of Introduction】 - Increased productivity due to shortened molding cycles - Cost reduction through reduced resin usage - Improved sustainability through reduced environmental impact

• Injection Molding Machine

Our company provides a complete range of services from custom design of hot runners to mold construction and injection molding, all within our group. We specialize in injection molding of small precision parts, catering to medical-related components such as safety needles and syringes, aesthetically demanding exterior parts for single-lens reflex cameras, and automotive parts. We can mold a variety of resins, from general-purpose engineering plastics to super engineering plastics. 【Features】 - Contribution to cost reduction of molded products and reduction of environmental impact through hot runner technology (contributing to SDGs) - Capable of designing and manufacturing large molds and precision molds - Supports single-color and two-color molding - Accommodates assembly in clean rooms and assembly using automated machines *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Injection Molding Machine

Our company offers advanced multi-material integrated molded products (two-color molded products) refined for use in complex parts for single-lens reflex cameras and in medical devices where reliability is paramount. ■ Stable Quality We can accurately mold different resins in the necessary areas on resin molded products. For example, we can stably produce products with leak-proof gaskets on the molded parts in lots of tens of thousands. ■ Low Cost Production is carried out through automatic continuous operation of molding machines, eliminating the need for operators. We have a proven track record of automating and reducing labor in parts assembly work that previously relied on skilled workers through multi-material integrated molding. ■ Capability for Complex Product Design We can design resin integrated molded products with complex structures that are difficult to achieve through manual work or other methods (such as insert molding). We have numerous achievements in responding to our customers' challenging requests and launching products in collaboration. *For detailed explanations and product examples, please refer to the materials available for PDF download. Feel free to contact us with any inquiries.*

• plastic
• Plastic Mould
• Contract manufacturing

Our company has developed a "piezoelectric flexible sensor" using a fluororesin-based ferroelectric material in the piezoelectric layer. Thanks to the properties of the piezoelectric material, it achieves a response speed of less than 1 ms, generating a clear voltage even with extremely small pressures. Moreover, by adopting a printing method, it offers high design flexibility for patterns, accommodating installations in small gaps as well as sensing over large areas. No driving power is required for the sensor. Various materials such as resin films, elastomer sheets, and textiles can be selected for the substrate, allowing installation in various locations. 【Features】 ■ The sensor is laminated with organic materials of less than 20 μm thickness on the substrate surface, making it thin and flexible. ■ It is also possible to manufacture piezoelectric element arrays. ■ It has transparency that allows for the identification of text on the back of the sensor. ■ It supports specifications with high signal-to-noise ratios due to an electromagnetic shielding layer (optional). ■ It can be utilized for vital sensing, vibration, shock, and water leak detection. ■ It also supports haptic devices utilizing the reverse piezoelectric effect (under development). *For more details, please refer to the materials available for download in PDF format. Feel free to contact us with any inquiries.

• Sensors
• Pressure
• Other measurement, recording and measuring instruments

Tokyo Mold Co., Ltd. develops plastic molds for automotive, motorcycle, home appliance, and housing applications, with mold weights of up to 10 tons. 【 Mold Design and Manufacturing Achievements 】 　■ Automotive Exterior 　　Molds for lamp parts (lenses, instrument panels, housings, etc. with polishing achievements #14,000) 　　Molds for grille parts (GRILL BASE, chrome moldings, painted parts, etc.) 　■ Automotive Interior 　　Instrument panels, consoles, doors, seats, etc. 　■ Motorcycle Parts 　　Exterior, seats, etc. 　■ Home Appliance Parts 　　Refrigerators, washing machines, etc. 　■ Housing Equipment 　　Toilet lids, case covers, etc. *For more details, please refer to the materials available for download in PDF format. Feel free to contact us with any inquiries.

• Plastic Mould

The "FM Series" is a super low-reflectance blackout film made from polyurethane. Thanks to its unique microporous structure, it achieves a low reflectance of less than 1.1% across a wide wavelength range from ultraviolet to near-infrared. Its excellent light-blocking performance has led to its adoption primarily in the field of imaging equipment for many years. With outstanding flexibility and ease of processing, it can be installed in complex shapes. 【Features】 ■ Achieves low reflectance across a wide wavelength range with a unique microporous structure. ■ Minimal occurrence of foreign matter shedding, similar to flocked sheets. ■ Available in widths up to 2.2m. Both sheets and rolls can be provided. ■ Custom adhesive tape processing is also available to meet specific needs. *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Color camera
• Other polymer materials
• Other lighting equipment

Advanced technology for ultra-precise polishing of essential IT devices for the increasingly important IoT in modern society. This is made possible by our technical capability to produce high-performance polishing pads with stable quality. The POLYPAS series of polishing pads realizes the production of high-quality polishing materials that we take pride in worldwide, thanks to the technology and product development spirit we have cultivated over many years. To meet the polishing performance required by our customers, we deliver unique polishing materials that accommodate all customizations, utilizing the know-how and research and development capabilities gained from numerous case studies. *For more details, please refer to the related links or feel free to contact us.

• Other polymer materials
• Other abrasives

This is a proprietary polyurethane material sheet that can accommodate thicknesses from 150μm to 1100μm. When used as a light-blocking material, it achieves a low reflectance rate (average 1.1%) due to its unique porous structure. We can also accommodate requests for double-sided tape bonding and custom sizing as needed. Its main applications include light-blocking materials for cameras, HUDs, and video-related products, as well as cushioning materials for precision equipment.

• Other polymer materials