120Hz High Frequency Multimodal Perception
120Hz High Frequency Multimodal Perception

Integrated with a high-precision visual-tactile sensor, it collects over 9 million sets of data per second. It can perceive comprehensive tactile information about an object's material, morphology, and deformation in a multimodal and full 3D resolution manner, capturing subtle contact changes.

3D Full-Resolution Tactile Perception
3D Full-Resolution Tactile Perception

It features high-resolution tactile sensing capabilities in both tangential and normal directions, enabling the recognition of micron-level contact changes. This provides accurate data support for tasks such as hardness/softness identification and slip detection.

High-Resolution
Multi-Modal Perception
Comprehensive
Tactile Information
Full 3D High-Resolution Tactile Sensing
Precise Force–Position
Control
Versatile Communication
Compatibility
SPECIFICATIONS

Gripper Specifications

Dimensions (mm)

184.6mm x 162.3mm x 67mm

Weight

1kg

Single-Side Gripping Force

45~60N

Total Stroke (mm)

95

Opening/Closing Time

0.9s/0.9s

Position Repeatability (mm)

±0.03

Operating Noise

<60dB

Transmission Method / Drive Type

Ball Screw & Nut + Linkage Mechanism

Operating Voltage

24 V DC 10%

Rated Current

0.8A

Peak Current

1.5A

Recommended Operating Environment

0~40℃,85% RH or below

Communication Protocol

Standard: Modbus RTU(RS485),Digital I/O

Optional: TCP/IP,USB2.0,CAN2.0A,PROFINET,EtherCAT


Vision-based Tactile Sensor Specifications
SizeLargeMedium

Dimensions (Height × Width × Depth)

76.5mm×46mm×31mm

64mm×36mm×20mm

Weight

131g

72g

Sensing Area

36mm×27mm

24mm×18mm

Sampling Frequency

120Hz

120Hz

Power Consumption (Working)

1.1W

0.9W

Power Consumption (Standby)

0.9W

0.7W

Camera Resolution

640×480

640×480

Sensing Resolution

384×288

384×288

Effective Sensing Points

110592

110592

Communication Interface

USB2.0

USB2.0

IP Rating

IP67

IP67

Sensitivity

<1%FS or 0.02mm depression depth

<1%FS or 0.02mm depression depth

Zero Drift

<1%FS

<1%FS

Time Drift

<2%FS

<2%FS

Non-Linearity

<3%FS

<3%FS