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Acrylic robotic claw

Price:

GH¢ 40.00


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    Acrylic robotic claw

    https://gh.hub360.cc/web/image/product.template/10850/image_1920?unique=1c4a6b4
    13 sold in last 24 hours

    GH¢ 40.00 40.0 GHS GH¢ 40.00

    ₦ 7,500.00

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    (GH¢ 0.00 / Units)
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    The Acrylic Robotic Claw is a versatile and durable mechanical gripper designed for robotics projects. Constructed from high-quality acrylic, this claw is lightweight yet sturdy, making it suitable for various applications such as robotic arms, educational kits, and DIY projects. Its transparent design allows for easy observation of the internal mechanics, providing a visually appealing and functional component for your robotic creations. Key Features:
    • Made from high-quality acrylic material
    • Lightweight and durable construction
    • Transparent design for easy observation
    • Precise gripping mechanism
    • Compatible with standard servo motors
    • Easy to assemble and integrate into projects
    Technical Specifications:
    • Material: Acrylic
    • Dimensions: 100mm x 50mm x 30mm (assembled)
    • Weight: 50g
    • Maximum Opening Width: 55mm
    • Grip Strength: Adjustable via servo motor torque
    • Compatibility: Standard hobby servo motors (not included)
    • Assembly: Requires basic tools for assembly
    Applications:
    • Robotic arms
    • Educational robotics kits
    • DIY robotics projects
    • Automation systems
    • Prototyping and research
    Usage:
    1. Assemble the acrylic pieces according to the provided instructions.
    2. Attach a standard hobby servo motor to control the gripping mechanism.
    3. Connect the servo motor to your control system or microcontroller.
    4. Calibrate the claw’s opening and closing positions using the servo motor settings.
    5. Test the claw with various objects to ensure proper functionality.
    Caution:
    • Handle with care to avoid cracking or breaking the acrylic parts.
    • Ensure proper servo motor installation to avoid misalignment.
    • Avoid overloading the claw to prevent damage.
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