MetaCore Intelligence
  • ChangingTek Dexterous Hand Series: CTAG1F65 / CTMG3F60 / CTDH3F110 / CTDH4F08D
  • ChangingTek Dexterous Hand Series: CTAG1F65 / CTMG3F60 / CTDH3F110 / CTDH4F08D
  • ChangingTek Dexterous Hand Series: CTAG1F65 / CTMG3F60 / CTDH3F110 / CTDH4F08D
  • ChangingTek Dexterous Hand Series: CTAG1F65 / CTMG3F60 / CTDH3F110 / CTDH4F08D
  • ChangingTek Dexterous Hand Series: CTAG1F65 / CTMG3F60 / CTDH3F110 / CTDH4F08D
  • ChangingTek Dexterous Hand Series: CTAG1F65 / CTMG3F60 / CTDH3F110 / CTDH4F08D
  • ChangingTek Dexterous Hand Series: CTAG1F65 / CTMG3F60 / CTDH3F110 / CTDH4F08D
  • ChangingTek Dexterous Hand Series: CTAG1F65 / CTMG3F60 / CTDH3F110 / CTDH4F08D
  • ChangingTek Dexterous Hand Series: CTAG1F65 / CTMG3F60 / CTDH3F110 / CTDH4F08D
  • ChangingTek Dexterous Hand Series: CTAG1F65 / CTMG3F60 / CTDH3F110 / CTDH4F08D

ChangingTek Dexterous Hand Series: CTAG1F65 / CTMG3F60 / CTDH3F110 / CTDH4F08D

ChangingTek’s Dexterous Hand Series (CTAG1F65, CTMG3F60, CTDH3F110, CTDH4F08D) features integrated drive-control and high-precision force sensing for humanoid robots & automation.

Product Specifications:
CTAG1F65
CTMG3F60
CTDH3F110

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Product Description

Smart Product



High Payload & Large Stroke

Supporting a wide payload range of 20–120 kg, it perfectly meets the demanding requirements for extra-large payload and stroke force-controlled applications.


Precision Control

Self-developed drive-control algorithms, AI deep learning, and low-frequency resonance suppression work together to achieve precise closed-loop control of speed, position, and force while ensuring stable equipment operation.

Modular Design

The modular design enables rapid customization for diverse requirements while allowing quick changeovers of worn components.

Intelligent Sensing

Equipped with force sensing, grasping feedback, object-drop detection, and fault diagnosis, it enables real-time data uploading and end-to-end process monitoring.

Plug and Play

Featuring an intuitive visual operating interface and ultra-simplified wiring, it achieves a seamless plug-and-play experience.

Secondary Development Support

It supports RS485 and IO control, ROS1 integration, and can be expanded to EtherCAT and CAN protocols with full SDK and API support.


Dexterous Hand Series


CTAG1F65

Max Gripping Force: 17 N

Repeatability: ±0.03 mm

Weight: 0.38 kg

Communication Protocol: 

Modbus RTU

CTMG3F60

Max Gripping Force: 50 N

Repeatability: ±0.03 mm

Weight: 1.1 kg

Communication Protocol: 

Modbus RTU + IO

CTDH3F110

Max Gripping Force: 4 N 

(per finger)

Repeatability: ±0.02 mm

Weight: 1.04 kg

Communication Protocol: 

Modbus RTU

CTDH4F08D

Max Gripping Force: 6 N 

(per finger)

Repeatability: ±0.15 mm

Weight: 0.7 kg

Communication Protocol: 

Modbus RTU


Product parameters

Code Position

Parameter Name

Code & Description

CT

Company Name

CT: ChangingTek

AG

Product Type

PM: Parallel Motion

AG: Adaptive

M: Modular

2F

Finger Count

2F: 2 Fingers

3F: 3 Fingers

120

Stroke

8: 2 Fingers

10: 10mm

14: 14mm

20: 20mm

26: 26mm

30: 30mm

40: 40mm

50: 50mm

60: 60mm

90: 90mm

110: 110mm

120: 120mm

185: 185mm

S

Version/Spec

Blank: Standard

S: Special Spec

D: Special Spec

F: Special Spec

H: Special Spec

N

Self-Locking

N: No Self-Locking

B: Mechanical Self-Locking

C: Electronic Self-Locking

F

Controller

F: Built-in

E: External

M1

Communication

M1: 485+IO

M2: PROFINET

M3: CAN

C

Voltage

A: DC 5V

B: DC 12V

C: DC 24V

D: DC 36V

E: DC 48V

>999N: 1st digit 'A' = 1000, 'B' = 1100, 

etc. (e.g., A50 =   1050N)

40

Max Gripping Force

040: 40N

060: 60N

250: 250N

A00: 1000N


Supplier Information

Company:MetaCore Intelligence

Email:[email protected]

Tel:17734786008

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