Motor-driven gripper HONPINE O6
softfor assemblyhandling

Motor-driven gripper - HONPINE O6 - Suzhou Honpine Precision Industry Co., Ltd. - soft / for assembly / handling
Motor-driven gripper - HONPINE O6 - Suzhou Honpine Precision Industry Co., Ltd. - soft / for assembly / handling
Motor-driven gripper - HONPINE O6 - Suzhou Honpine Precision Industry Co., Ltd. - soft / for assembly / handling - image - 2
Motor-driven gripper - HONPINE O6 - Suzhou Honpine Precision Industry Co., Ltd. - soft / for assembly / handling - image - 3
Motor-driven gripper - HONPINE O6 - Suzhou Honpine Precision Industry Co., Ltd. - soft / for assembly / handling - image - 4
Motor-driven gripper - HONPINE O6 - Suzhou Honpine Precision Industry Co., Ltd. - soft / for assembly / handling - image - 5
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Characteristics

Operation
motor-driven
Type
soft
Application
handling, for assembly, industrial
Options
compact, precision, high clamping force, lightweight, robotic, flexible, for collaborative robots
Grip strength

14 N, 60 N

Description

Product Details
The HONPINE O6 bionic dexterous hand features 6 active joints and 5 passive joints. It offers high gripping force, precise force control, compact size, and lightweight design. It is particularly suitable for applications such as logistics handling, industrial assembly, and irregular-shaped object grasping.

Features
  • Strong Gripping Force: Equipped with self-developed high-torque servo motor modules and worm gear drive structure, it ensures high rigidity while achieving greater gripping force with high drive efficiency.
  • High-Precision Control: Adopts a high-precision servo rigid linkage transmission system, self-developed high-precision joint modules, and optimized force-position hybrid control algorithm, enabling ±0.2mm repeat positioning accuracy for reliable, precise movements.
  • Edge-Cloud Integration: Uses innovative materials for ultra-lightweight design (only 370g). The servo motor module integrates drive and control functions, resulting in a compact structure that matches human hand size—supporting flexible operations and easy compatibility with collaborative robotic arms, service robots, and other systems to boost integration flexibility and motion efficiency.

Communication Methods
  • CAN Interface: Utilizes a proprietary protocol; baud rate is 1Mbps; default device IDs: left hand 0x28, right hand 0x27; supports broadcast ID 0xFF (for addressing, identification, and debugging).
  • RS485 Interface: Adopts the Modbus protocol; baud rate is 115200bps; default device IDs: left hand 0x28, right hand 0x27; supports function codes: 03/04/06/16; UART settings are fixed: 8 data bits, 1 stop bit, no parity.

Specifications
Degrees of Freedom | 7
Number of Joints | 17 (7 active + 10 passive)
Transmission Type | Worm gear drive
Control Interface | CAN/RS485
Weight | 634.5g
Maximum Load | 25kg
Operating Voltage | DC24V±10%
Static Current | 0.2A
Average No-load Operating Current | 0.7A
Maximum Current | 2.6A
Repeat Positioning Accuracy | <±0.2mm
Opening/Closing Time | 1.25s
Maximum Thumb Tip Force | 14N
Maximum Four-Finger Tip Force | 14N
Maximum Five-Finger Gripping Force | 60N

Caractéristiques / spécifications techniques
  • Product: High Precision Compact High Gripping Force Bionic Dexterous Hand
  • Model: HONPINE O6
  • Degrees of Freedom: 7
  • Number of Joints: 17 (7 active + 10 passive)
  • Transmission Type: Worm gear drive
  • Control Interface: CAN/RS485
  • Weight: 634.5g
  • Maximum Load: 25kg
  • Operating Voltage: DC24V±10%
  • Static Current: 0.2A
  • Average No-load Operating Current: 0.7A
  • Maximum Current: 2.6A
  • Repeat Positioning Accuracy: <±0.2mm
  • Opening/Closing Time: 1.25s
  • Maximum Thumb Tip Force: 14N
  • Maximum Four-Finger Tip Force: 14N
  • Maximum Five-Finger Gripping Force: 60N

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.