Nitta has launched 10 new models of its Softmatics P Series robot hand for handling objects. The product has been increasingly adopted in the food and general industrial fields, and the company has now developed the new models in addition to the three existing models to meet the needs of users. The Softmatics can grip fragile workpieces without damaging them....
robotics
Nitta Develops New Robotic Hand Able to Grip Wider Range of Foods
Nitta Corp. (TYO:5186) is set to begin accepting orders this March for its new SOFTmatics robotic hand. In developing the SOFTmatics, the major industrial rubber products manufacturer looked to bring about a new robotic hand that is able to directly grip foods of unusual shape and other such characteristics – a task that has proven difficult for conventional robotic hands....
Strong Demand for Robotics-Related Rubber Products
The robotics industry is booming as manufacturers cut personnel costs and supplement scarce human resources through production line automation and workforce reduction. According to statistics reported by the Japan Robot Association (JARA), 55,998 robotic devices were produced during the July-September quarter, up 44.9 percent from the same quarter of the previous year. Shipment value amounted to 195.95 billion yen ($1.73...
Toyoda Gosei Enters Into Exclusive e-Rubber Licensing Agreement
Toyoda Gosei Co. Ltd. (TYO:7282) and Advanced Softmaterials Inc. have concluded an exclusive licensing agreement for the use and sales of Slide-Ring Material, a key material for e-Rubber. The agreement is limited to applications of the material in dielectric actuators and dielectric sensors. Advanced Softmaterials, which was established in 2005 with the aim of commercializing the Slide-Ring Material developed at...
Bridgestone Develops High-Power Artificial Muscle for Tough Robots, Uses Non-Reinforced Rubber Tubes
Bridgestone Corp. (TYO:5108) has succeeded in developing a hydraulically driven, high-power artificial muscle. It serves as one of the keys to realizing tough robots that can be used at extreme disaster sites. The artificial muscle was developed in collaboration with the Tokyo Institute of Technology as part of the Cabinet Office Council for Science, Technology and Innovation’s Impulsing Paradigm Change...