Robotic ARM DIY Kit

Description

Made in India – Robotic Arm DIY Kit for learning robotics, automation, and programming. Ideal for students, hobbyists, and innovators.

Full Kit Available with all components required to assemble and program a fully functional robotic arm.

Robotic Arm, Completely Programmable and controllable through PC. PC software allows easy to use interface for movements and programming sequences. Once the sequence is programmed a program for Rhino Robot Controller Board or Arduino can be generated directly from software so that the arm can be controlled independently without PC.

Industrial Robotic-arm with Gripper designed for Industrial Automation. And also for students and hobbyists to learn mechanics. High-precision gripper attached to the arm for picking objects. High-quality aluminum metal black Matt finished parts were used to assemble the Gripper. And base can be attached or clamped to any ground surface, mounting holes provided in the base of the Gripper. An assembly manual is provided in the kit for easy assembly.

The Kit Includes the Following:

• Microcontroller Board ( Arduino)
• Servo Motors (for arm joints)
• Robotic Arm Structure (acrylic or metal)
• Gripper Attachment
• Motor Driver Module
• Battery
• Connecting Wires and Jumper Cables
• Screw Set and Tools
• Assembly Manual and Programming Guide

Special Features:

• Multi-Degree of Freedom: Offers multiple joints for precise and flexible movement.
• Programmable Actions: Customize arm movements via Arduino IDE.
• Gripper Functionality: Designed for picking, holding, and placing small objects.
• Educational and Hands-On: Learn key concepts of robotics, mechanics, and control systems.
• Expandable Design: Add sensors or integrate with IoT platforms for advanced features.
• User-Friendly Assembly: Step-by-step guide ensures ease of setup, even for beginners.

Applications:

• Demonstrating automation concepts
• STEM learning projects
• Prototyping for industrial automation

For Support and Maintenance, WhatsApp Us at +91-9971192729.