Registered Chinese name北京晶智感新材料有限公司Beijing Jingzhigan New Materials Co., Ltd.；
Beijing Zhui Xinxiang Materials Ltd. is a holding subsidiary of the Shanghai Crystal Glue New Materials Inc. (603683), a publicly listed company. The founding team is a senior expe…
High Freedom Full Hand Touch ProgramSuper-reliability full hand touch.It's a super-sweet hand-to-hand touch program.UMI Pocket Touch Model Program
Beijing Zhui Xinxiang Materials Ltd. is a holding subsidiary of the Shanghai Crystal Glue New Materials Inc. (603683), a publicly listed company. The founding team is a senior expert in the industry and has core materials, modelling techniques and a self-study capability for full-chain algorithms. There are research and development centres in China and the United States. Products should be used in the areas of smartness, new energy cells and consumer electronics.
Corporate research and marketing is integrated, and standardized production lines and quality control systems are built on the basis of a standard production base for cars. One year after its establishment, over 90 per cent of the co-operatives in the country have delivered more than 30 projects and are studying more than 50 projects.
Full palm tasting electron skin, with 1,500 + sensor points, 16 independent sensor areas; range 0.5 kPa ~2.5 MPa, fit robots grab the whole scene, output high-pouch sensor data, and provide customized solutions as needed
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MAIN PRODUCTS
Key Products
05 ITEMS
01
High Freedom Full Hand Touch Program
The product is placed at 1400 + tactile points, 16 sensor areas, with five fingers of two-sided flexible wrap-up signals; very low temperature drift and time drift based on self-study of high-molecular nanomaterials, taking into account width and high sensitivity. The super-resolution, heterometric algorithm can be extended to the tens of thousands of tactile points, to recognize the direction of the receptor, and to fit industrial precision capture operations. The programme has set the stage for a new phase of industrial touch-and-taste interaction.
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Super-reliability full hand touch.
The exhibit is fully hand-held tactile electronic skin with excellent and stable sensory properties. Cold drift, low drift. The pressure test range is 0.5 kPa~2.5 MPa, covering the whole scene. Sensitivity is extremely high; sensory layout is high, with a maximum of 100 induction points per square centimetre, allowing for the accurate capture of small-scale exposure changes, as well as smart operational scenarios for robots such as human smart hands and industrial claws.
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It's a super-sweet hand-to-hand touch program.
The global sensory sensory system, which covers all fingertips and palms through 400+ sensory points, has a maximum of 100 sensory points per square centimetre and has a very high sensory density. Super-high resolution, which allows for the precise identification of micro-pressure changes, the achievement of fine, stable sensory and precise capture capabilities, and the adaptation of various types of robotic fine operating scenes.
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UMI Pocket Touch Model Program
The exhibit is a UMI-touching module with claws, which is oriented towards a smart data acquisition scene and integrated software and hardware. Product pressure range 0.5 kPa ~2.5 kg, using a 50*10 sensor array to support automatic recognition at 400 kbit/1000 kbit I2C. Effectively address pain points such as high cost, inefficiency and data instability of traditional collection programmes, carrying automatic data alignment with cloud management functions, balancing ultra-high sensitivity with the reliability of long-term use of silicone materials, and adapting robotic capture data collection operations.
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The robots and the high-density fabric touch gloves program.
Industry prime robot high-density fabric tactile gloves, product light-quantitative design with a size of 225 mm*110mm and a net weight of only 32.17g, carrying 16 sensor areas and 1535 gathering points, achieves an ultra-high-precision resolution of 1 mm x 1 mm and allows precision capture of fine touch data. Equipment compatible with multiple mainstream communication protocols, SPI, CAN, and I2C are highly adaptable, while supporting all-round customization delivery that meets the individualized needs of various types of robotic human interaction and smart perception scenarios.
Beijing Jingzhigan New Materials Co., Ltd.； | Company Profile & Products | WRC 2026
