Dexterous Manipulation
Feel. Grip. Manipulate.
Enables the robot to grasp, handle, assemble, and interact with objects through force- and touch-aware manipulation.
Find out more about Products & Suppliers
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Sensor Fusion + Control Logic |
Processing of force, pressure and tactile sensors in robotic hands. |
|
|
Agilex 7 |
Parallel Sensor Processing |
Control of complex gripping systems and finger actuators. |
|
Stratix 10 |
Massive Parallel Processing |
Real-time control of highly complex manipulation systems. |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Hybrid Power & Ethernet Connector |
Hand and finger actuators with combined data and power transmission |
|
|
MotionGrade M23 Elite |
Precise control of dexterous robotic hands |
|
|
M8/M12 SMT |
Compact Sensor Connector |
Integration of force, pressure and tactile sensors |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Optical Force Sensor |
Force and touch detection in robotic hands |
|
|
Optical Force AFE |
High-precision tactile sensing with external sensors |
|
|
Multi-Channel Force Sensing AFE |
Multi-channel tactile system for grippers |
|
|
Optical Front-End |
Compact optical tactile sensors |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Sensor Module |
Presence and object detection in grippers |
|
|
Tact Switch |
Operating and calibration functions on end-effectors |
|
|
G3VM-WR |
Solid State Relay |
Driving of small actuators and gripping mechanisms |
|
Compact Connector |
Space-saving connection in robotic hands and end-effectors |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Precise barometer |
Elevation data for navigating between levels |
|
|
Gel-filled pressure sensor for surface pressure |
Elevation data for navigating between levels |
|
|
BMI563 |
High-End IMU |
Precise Navigation and SLAM |
|
IMU |
Orientation and Motion Estimation for Mapping |
|
|
IMU |
SLAM Support and Positioning for Navigation |
|
|
TMR magnetometer |
Absolute Orientation for Mapping and Navigation |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Switching & Amplification |
Control of small finger, hand and gripper actuators |
|
|
Signal Amplification |
Local amplifier and switching functions in end-effectors |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
GD32F4 Series |
Cortex-M4 MCU |
Control of grippers, fingers and end-effectors |
|
Safety MCU |
Precise force and position control |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Pressure Sensing |
Tactile perception and grip force control |
|
|
Capacitive Sensing |
Touch and grip detection |
|
|
3D Magnetic Field Measurement |
Precise joint position feedback for closed-loop motion control. |
|
|
Integrated BLDC/PMSM Motor Control ICs |
Precise motion control of robotic fingers, grippers and hand actuators for dexterous manipulation. |
|
|
Edge Controller |
Sensor fusion for dexterous hands |
|
|
Domain Controller |
Coordination of complex hand kinematics |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Compact footprint High vibration resistance Secure screw locking IP67 environmental sealing Lightweight construction Integrated grounding Dedicated power, brake and encoder variants |
The JAE JN14 Series is particularly well suited for robotic and industrial automation applications because it was specifically developed for compact servomotors, which are a core component of modern robot joints and motion-control systems |
|
|
Designed for compact servo motors, supporting the power, brake, and encoder interfaces commonly used in robotic axes and actuators. |
The JAE JN6 Series is a compact, lightweight, and cost-effective connector solution specifically developed for small servo motors, making it highly suitable for robotic systems, cobots, AGVs, and industrial automation equipment. The series combines a space-saving design with secure mating and environmental protection, addressing the key requirements of modern motion-control applications. |
|
|
Designed specifically for robotics and automation eqipment, with JAE identifying robots and automated machinery as primary target applications. |
The JAE HB03 Series is a compact in-line cable connector specifically developed to address the increasing space constraints in modern industrial equipment, including robotics, automated machinery, and machine tools. Its streamlined design and user-friendly locking mechanism make it particularly valuable for internal cable routing in compact robotic systems. |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Low-Latency Storage Class Memory |
Storage and fast access to gripper models and haptic data |
|
|
UFS 5.0 |
High-Speed Embedded Flash |
Fast loading of manipulation algorithms and local AI models |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Transient Protection |
Protection of sensitive end-effector electronics |
|
|
CAN Bus TVS Array |
Protection of gripper and finger actuator communication |
|
|
Ultra-Low-Capacitance ESD Protection |
Protection of high-resolution sensor and control lines |
|
|
High-Commutation Switching |
Driving of inductive actuators |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Genio Pro 5100 |
Vision-Language Model Support + 16 cameras |
Sensor fusion for complex grasping and manipulation tasks |
|
Dual ISP + 10 TOPS NPU |
AI-powered finger and gripper control |
|
|
10 TOPS NPU |
Processing of force, image and tactile information |
|
|
3.2 TOPS NPU |
Object and handling recognition at the edge |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Compact power and signal connector |
Integration into gripper and end-effector electronics |
|
|
Power connector |
Power supply for gripper actuators |
|
|
Board-to-Board Connector |
Space-saving connection of compact control assemblies |
|
|
Cable systems |
Networking of sensors and gripper modules |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Low-Power Mobile DRAM |
Storage of force, tactile and sensor data for grippers |
|
|
Up to 9600 Mbps |
High-performance manipulation algorithms and sensor fusion |
|
|
Memory + DRAM integration |
Compact robotic hands and embedded systems |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Bluetooth LE + Edge Compute |
Networking of intelligent grippers and end-effectors |
|
|
NPU + Sensor Processing |
Local recognition of grip patterns and gestures. |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
High Saturation Current |
Power supply for precision hand and finger actuators |
|
|
Low TCR Precision Sensing |
Force and current sensing for grip control |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Schottky Variants (Common Anode/Cathode/Series) |
Protection and signal paths in grippers and end-effectors |
|
|
High-Speed Switching Transistor |
Control of small finger and hand actuators |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
SPI FeRAM |
Storage of gripper positions and jaw position data |
|
|
SPI FeRAM |
Storage of gripping force and quality logs |
|
|
4Mbit Quad SPI FeRAM |
High-frequency data acquisition for intelligent grippers |
|
|
4Mbit Quad SPI FeRAM |
Quality and traceability data in the end-effector |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
www.rutronik24.com/search-result/qs:RACPRO1-4SP%252F24V%252F5A/reset:0" target="_blank" rel="noopener">RACPRO1-4SP/24V/5A |
eFuse with configurable current limiting |
Protection for individual gripper and actuator channels |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
ML800200 Family |
Multi-axis MCU |
Finger and gripper control in dexterous hands |
|
8ch 12bit ADC |
Acquisition from force, pressure and tactile sensors |
|
|
256Kbit I²C EEPROM |
Storage of gripper calibrations, finger positions and motion profiles. |
|
|
Power Driver Transistor |
Driving of small hand and finger actuators |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
High Power 21700 Cell |
Supports many gripper and finger actuators operating in parallel. |
|
|
High Capacity + High Power |
Powers complex humanoid hand and end-effector systems. |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Encoder + Motor Control |
Control of finger and gripper actuators |
|
|
BLDC Driver ICs |
Precise gripper, hand and end-effector movements |
|
|
Smart Gate Driver |
Efficient force control in dexterous hands |
|
Product Series |
Function |
Why suitable? |
|---|---|---|
|
Proximity Sensor |
Gripper and hand proximity detection |
|
|
Proximity Sensor |
Force and touch proximity sensing |
|
|
Gesture & Proximity Platform |
Hand and finger interactions |
|
|
Reflective Sensor |
Object detection within the gripping range |
|
|
Ultra Low VF Schottky |
Efficient power supply for finger and gripper actuators. |
|
|
Surge Protection |
Protection of sensitive end-effector and tactile systems. |
|
|
ESD Protection Diode |
Protection of sensor and signal lines in robotic hands. |
Questions? We have answers!
Submit your request via our contact form!
We're happy to assist you.