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6DOF Robot Arm Full Metal Mechanical Arm Clamp Claw Kit Without Servo

6DOF Robot Arm Full Metal Mechanical Arm Clamp Claw Kit Without Servo_1

6DOF Robot Arm Full Metal Mechanical Arm Clamp Claw Kit Without Servo_2

6DOF Robot Arm Full Metal Mechanical Arm Clamp Claw Kit Without Servo_3

6DOF Metal Robot Arm with Mechanical Clamp Claw Without Servo

Available:Out of Stock

Product SKU: LGRO141

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₹ 2,999 ~~₹ 3,999~~

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Specification

Description

6DOF Robot Arm Full Metal Mechanical Arm Clamp Claw Kit

This is a 6 Degrees of Freedom (6DOF) robotic arm with a full metal design. It features a mechanical arm equipped with a clamp or claw mechanism, offering precise movement and functionality for robotics projects. The robust metal construction ensures durability and stability during operation. The kit, as shown, excludes servos, allowing users to customize the arm with servos of their choice based on specific power and torque requirements. The modular design enables flexibility for various applications, making it ideal for hobbyists, educators, and developers working on automation, robotics, or mechanical engineering projects.

Technical Details

Material: Metal
Color: Black
Degrees of Freedom (DOF): 6
Design: Modular and compact
Compatibility: Works with multiple servo motors (not included)
Claw/Gripper: Adjustable mechanical claw for gripping objects
Base Plate: Stable metal base for mounting
Cable Management: Integrated routing for cables
Applications: Suitable for education, prototyping, and automation projects

Features

This DIY Robot ARM Kit is great for DIY learning.
Suitable for academic research.
Perfect for hobby projects.
Ideal for robot competitions.
The digital steering gear with large torque can also be used.
The steering gear is equipped with MG996 metal steering gear.
MG996 metal steering gear ensures more stable output.
To control this, 16 channel, 24 channel, and 32 channel servo controller modules can be used.

Applications :

Industrial Automation: Used in assembly lines for tasks like picking, placing, and assembling components.
Education and Research: Ideal for learning robotics concepts, programming, and mechanics in schools or universities.
Prototyping: Useful for testing and developing robotic systems in various industries.
Medical Applications: Can assist in surgeries or rehabilitation with precise movements.
Hobby Projects: Popular in DIY robotics and maker communities for building custom projects.
Exploration: Used in remote-controlled systems for exploration or inspection tasks.