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Robotics or Bionics Hand Ver 2 Available by March 2025 with Linux Base Software

Original price was: $7,900.00.Current price is: $7,450.00.

Both robotic and bionic hands share the ability to mimic the movements of a human hand, but they have some key differences in their purpose and capabilities:

Robotic Hands:

    • Purpose: Primarily designed for tasks like grasping, manipulating objects, and performing specific functions in industrial or research settings.
    • Control: Controlled remotely or programmed to perform specific actions autonomously.
    • Capabilities: Can be very strong and precise, with a wide range of motion and dexterity depending on the design. Often equipped with sensors to detect pressure, temperature, and object properties.
    • Examples: Used in assembly lines, bomb disposal robots, and surgical robots.

Bionic Hands:

    • Purpose: Designed to replace a lost human hand and restore function and sensation to amputees.
    • Control: Often controlled through myoelectric signals from the user’s muscles, mimicking the way a natural hand is controlled. Some advanced bionic hands are being developed with neural control interfaces.
    • Capabilities: Focus on replicating natural hand movements and providing some degree of sensory feedback. May not be as strong or versatile as robotic hands, but prioritize human-like function and ease of use.
    • Examples: The Hero Arm, LUKE Arm, and TASKA hand.

Here’s a table summarizing the key differences:

 

Feature Robotic Hand Bionic Hand
Purpose Industrial tasks, research Replacing a lost limb
Control Remote, programmed Myoelectric, neural
Capabilities Strong, precise, versatile Natural-like movement, sensory feedback
Examples Assembly robots, bomb disposal robots, surgical robots Hero Arm, LUKE Arm, TASKA hand

 

Ultimately, the choice between a robotic and a bionic hand depends on the specific needs and goals of the user.

I hope this explanation helps! Let me know if you have any other questions.

Sold By : ROBOTICS & Ai Categories: ,

Description

Designed by our high tech division Radio Control Products

Both robotic and bionic hands share the ability to mimic the movements of a human hand, but they have some key differences in their purpose and capabilities:

Robotic Hands:

    • Purpose: Primarily designed for tasks like grasping, manipulating objects, and performing specific functions in industrial or research settings.
    • Control: Controlled remotely or programmed to perform specific actions autonomously.
    • Capabilities: Can be very strong and precise, with a wide range of motion and dexterity depending on the design. Often equipped with sensors to detect pressure, temperature, and object properties.
    • Examples: Used in assembly lines, bomb disposal robots, and surgical robots.

Bionic Hands:

    • Purpose: Designed to replace a lost human hand and restore function and sensation to amputees.
    • Control: Often controlled through myoelectric signals from the user’s muscles, mimicking the way a natural hand is controlled. Some advanced bionic hands are being developed with neural control interfaces.
    • Capabilities: Focus on replicating natural hand movements and providing some degree of sensory feedback. May not be as strong or versatile as robotic hands, but prioritize human-like function and ease of use.
    • Examples: The Hero Arm, LUKE Arm, and TASKA hand.

Here’s a table summarizing the key differences:

 

Feature Robotic Hand Bionic Hand
Purpose Industrial tasks, research Replacing a lost limb
Control Remote, programmed Myoelectric, neural
Capabilities Strong, precise, versatile Natural-like movement, sensory feedback
Examples Assembly robots, bomb disposal robots, surgical robots Hero Arm, LUKE Arm, TASKA hand

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