High-Performance Multimodal Electronic Skin Sensor of Hybrid-Type:
and a Scalable Module for Robot Manipulation
Biomimetic DESIGN
Redefining the Future
Creating Value
Designing Life
High-Performance Multimodal Electronic Skin Sensor of Hybrid-Type:
and a Scalable Module for Robot Manipulation
Biomimetic DESIGN
Redefining the Future
Creating Value
Designing Life
High-Performance Multimodal Electronic Skin Sensor of Hybrid-Type:
and a Scalable Module for Robot Manipulation
Biomimetic DESIGN
Redefining the Future
Creating Value
Designing Life
High-Performance Multimodal Electronic Skin Sensor of
Hybrid-Type: and a Scalable Module for Robot Manipulation
Biomimetic DESIGN
Redefining the Future
Creating Value
Designing Life
High-Performance Multimodal Electronic Skin Sensor of
Hybrid-Type: and a Scalable Module for Robot Manipulation
Biomimetic DESIGN
Redefining the Future
Creating Value
Designing Life
High-Performance Multimodal Electronic Skin Sensor of
Hybrid-Type: and a Scalable Module for Robot Manipulation
Technology
Advanced multimodal sensing for smart
robotic manipulation.
Robot Hand with Fingertip and Area Sensor
On-broad Signal Processing Unit
Development of Object Grasping Ability Enhancement Technology using Planar Multimodal Tactile Sensor
Development of Hybrid High-Performance Multimodal Electronic Skin Module using Finger-Type Sensor
Development of Object Recognition Ability Enhancement Technology for Robots using Multimodal Electronic Skin and AI
• Integration technique for accommodation of the signal processing unit in the limited space like a robotic finger
• Readout IC for processing signals from array with built-in zero-potential method
• High-speed data processing technology (500 frame rate for 64 elements)
Core Technology
Want to learn more
about our core
technologies?
Discover how our tactile sensing and signal
processing innovations are shaping
the future of human-like robotics.
Advanced multimodal sensing for smart robotic manipulation.
Development of Object Grasping Ability Enhancement Technology using Planar Multimodal Tactile Sensor
Development of Hybrid High-Performance Multimodal Electronic Skin Module using Finger-Type Sensor
Development of Object Recognition Ability Enhancement Technology for Robots using Multimodal Electronic Skin and AI
• Integration technique for accommodation of the signal processing unit in the limited space like a robotic finger
• Readout IC for processing signals from array with built-in zero-potential method
• High-speed data processing technology (500 frame rate for 64 elements)
Robot Hand with Fingertip and Area Sensor
On-broad Signal Processing Unit
Core Technology
Want to learn more about our core technologies?
Discover how our tactile sensing and signal
processing innovations are shaping
the future of human-like robotics.
