Tashan Technology has developed tactile sensors suitable for robotics, advancing and popularizing robotic technology. These sensors enable precise perception of 3D forces, object surface deformation, temperature, texture, and other information, thereby enhancing the intelligence and service quality of human-computer interaction.
The company was established by a multinational R&D team with a Tsinghua University background, who have worked together for over 20 years.
The company is a Beijing municipal service enterprise, one of the first digital economy benchmark enterprises, and a specialized, innovative enterprise.
Tashan Technology's tactile sensors adopt the original R-SpiNNaker distributed neuromorphic chip architecture, which simulates the three types of human neurons—afferent, central, and efferent—and integrates a 3D spatial capacitance tomography algorithm model with a logical quad-core pulse neural network. This design allows the tactile sensor to achieve high-precision 3D force perception, material recognition, proximity sensing, and dynamic collaborative perception of multiple tactile sensing units.
Key Tech: Uses AI tactile chips (e.g., Ruby Chip) for real-time 3D force sensing (0.01N precision) and adaptive grip strategies.
Non-contact tailgate sensors (0.1s response) and steering wheel grip detection.Cut component costs by 30% via edge computing integration.
2cm air-gap capacitive tech deployed in hospital elevators.Extendable to medical interfaces with antibacterial coatings.
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Tashan Technology is a leading developer of AI tactile sensing chips and application solutions. The company is a pioneer in the tactile sensor field, providing more intelligent solutions for industries such as robotics,automotive, home appliances, and consumer electronics through its self-developed mixed-signal AI tactile chip.
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