DG-5F-M — A 20-DoF, 5-finger anthropomorphic robotic hand with high-torque actuation for dexterous manipulation and precise object handling.
DELTO GRIPPER

DG-5F-M

A 20-DoF, 5-finger anthropomorphic robotic hand with high-torque actuation for dexterous manipulation and precise object handling.

DG-5F-M demo video

The DG-5F-M is a fully actuated, 5-finger anthropomorphic robotic hand with 20 degrees of freedom (DoF), designed for high-dexterity, human-like manipulation. Its independently controlled joints and high-torque actuation provide both the flexibility and force required for complex grasping, precise object handling, and demanding manipulation tasks.

With coordinated multi-finger control, the DG-5F-M supports intuitive tool use and powerful manipulation of objects with different shapes and sizes. It is well suited for advanced robotics research, industrial automation, and service robotics applications where precise control, powerful manipulation, and flexible task execution are required.

Key Features
01

Independent Joint Control

Each of the 20 joints is driven by its own integrated actuator, enabling fully independent joint control without inter-joint mechanical coupling. This architecture enables precise finger-by-finger motion, coordinated multi-finger manipulation, and complex grasping behaviors.

02

Human-Like Design

Modeled after the size and proportions of an adult male hand, the DG-5F-M is designed for operation in human-oriented environments. Its anthropomorphic form enables natural interaction with tools, devices, and workspaces designed for human use.

03

Multiple Grip Modes

Supports a wide range of grip patterns, including:

Pinch Grip: Fingertip grasping for small objects Power Grip: Firm, full-hand grasping for stable object handling Precision Grip: Precise manipulation of small objects using coordinated fingertip control

Different grip configurations can be selected according to object size, shape, and task requirements.

04

Configurable Sensor Options

Optional 6-axis F/T, 3-axis force, and tactile sensors can be integrated at the fingertips according to application requirements. These sensor options provide real-time force and tactile data that users can utilize to develop force-based control, slip detection, tactile sensing, and interaction algorithms for their applications.

05

Control and System Integration

Provides a user-friendly control interface and ROS 2 integration support, enabling straightforward integration with existing robotic platforms, simulators, and control systems.

06

Robust Materials and Durability

Built from high-strength, lightweight materials for reliable performance during repeated and dynamic operation. The DG-5F-M is suitable for both industrial and research applications.

Specifications
Input Voltage
24 V
Max. Current Consumption
Max. 10 A
Communication
Modbus (RTU, TCP), Ethernet (TCP/IP)
Control Frequency
250 Hz
Encoder
Absolute Encoder
Degrees of Freedom
20 DoF (4 DoF per finger)
Gripping Capacity
Pinching Payload (Rated / Max) : 2.5 / 5 kg, Envelop Payload (Rated / Max) : 10 / 20 kg *Performance may vary depending on object friction.
Weight
1,763 g
Options
Fingertip Sensor (6-axis F/T Sensor)
Fingertip Sensor (6-axis F/T Sensor)
Fingertip Sensor (3-axis Force Sensor)
Fingertip Sensor (3-axis Force Sensor)
Fingertip Sensor (Tactile Sensor)
Fingertip Sensor (Tactile Sensor)
Suction-Type Fingertip
Suction-Type Fingertip
Short Wrist Version
Short Wrist Version
Gripper Mounting Stand
Gripper Mounting Stand
Applications
Humanoid Robot Research
Humanoid Robot Research
Ideal for studying and developing humanoid robots with advanced manipulation capabilities.
In-Hand Manipulation Tasks
In-Hand Manipulation Tasks
Suitable for processes requiring fine manipulation, such as object assembly and connector fastening.
Tool-Utilization and Dual-Arm Tasks
Tool-Utilization and Dual-Arm Tasks
Perfect for tasks involving tool usage and coordinated operations with dual arms.