Arduino Mega 2560 R3 Board Case (*Mega R3 Board Not Included) (Plastic Parts only) – 004
- Lightweight and durable PLA+ plastic case for Arduino Mega 2560 R3 (*Board not included).
- Compact and perfect for protecting your board in electronics projects.
- Made with precision using 3D printing technology.
- Proudly made in India; quality-tested for reliability.
- Ideal for robotics, automation, and educational applications.
Soldering Fingers
- Ensures reliability and performance for electronics, robotics, and educational projects.
- Ideal for soldering tasks, offering high-quality performance and durability.
- Provides precise handling and accuracy for soldering applications.
- Optimized for Indian environments, ensuring consistent performance.
Simple DIY Robotic Prosthetic Hand Kit with Arduino Uno & SG90 Servos – 3D Printed Bionic Hand for STEM, Robotics & Learning – (030)
Build your own robotic prosthetic hand using this DIY 3D printed bionic hand kit with Arduino Uno, SG90 servo motors and jumper wires – perfect for students, robotics labs and STEM projects.
Please note screw hardware not included🔷 Key Features
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Complete DIY Robotic Hand Kit
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Includes Arduino Uno & 5× SG90 Servo Motors
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Precision 3D Printed Hand Parts
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Fully Programmable via Arduino
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Perfect for STEM, Robotics & Education
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Learn Motion Control, Mechatronics & Coding
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Customizable & Upgradeable Design
🔷 What You Will Learn
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Servo motor control
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Arduino programming
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Robotic finger movement
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Mechatronics basics
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Prosthetic hand design
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Robotics & automation concepts
DIY Dual Robotic Eye Kit with 2-Servo Mechanism | Push-Fit Assembly – No Screws Needed | Includes 3D Printed Parts, Arduino Nano with Cable, SG90 Servos & Connecting Wires | Robotics STEM Project for Kids – (073)
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🔧 Easy Push-Fit Assembly: No screws required! All 3D printed parts snap together effortlessly—perfect for beginners & students. Tutorial Youtube Video -https://youtu.be/rvKPsyZCbJo
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👀 Dual Robotic Eye Movement: Two SG90 servos enable smooth up-down & left-right movements for realistic eye motion.
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🧠 Arduino Powered: Comes with Arduino Nano & USB cable—ideal for coding, robotics learning, and STEM education.
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📦 Complete DIY Kit: Includes 3D printed parts, 2 SG90 servos, Arduino Nano, push-fit joints, and connecting wires.
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🎓 Perfect for School Projects: Excellent for science exhibitions, hobby robotics, engineering mini-projects, and makers.
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🌟 100% Tested Components: All electronics are quality-checked before packing for hassle-free performance.
*Arduino connection and Code in Long Description .
Protective Case only for Arduino UNO R4 WiFi / Minima – Durable Enclosure with Panel Mounting Holes – (141)
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Perfect Fit for UNO R4 WiFi & Minima – Custom designed enclosure compatible with Arduino UNO R4 boards. R4 Board Not included Just Case.
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Panel Mount Ready – Integrated mounting holes make it easy to fix the case onto panels, control boxes, or DIY enclosures.
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Durable Build – Made from strong, lightweight plastic (PLA/ABS), offering protection against dust, handling, and accidental damage.
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Easy Access Design – Precise cutouts for USB-C, headers, reset button, and GPIO pins ensure hassle-free prototyping and testing.
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Compact & Portable – Sleek design with secure fit keeps your UNO safe in both hobby projects and professional use.
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DIY Friendly – Ideal for students, makers, and engineers working on IoT, robotics, or embedded projects.
DIY Flexible Servo Gripper for Arduino (Starfish Type) | 3D Printed Robotic Claw Kit with SG90 Servo Motor | Any Shape Gripping | STEM Robotics Project – (144)
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✅ Starfish-Type Flexible Gripper – Print-in-place style claw designed to grip objects of any shape securely
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✅ Includes SG90 Servo Motor – Ready to assemble with Arduino, Raspberry Pi, or other controllers
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✅ 3D Printed DIY Kit – Durable PLA parts, easy to mount and integrate into robotic arms and projects
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✅ Perfect for STEM Learning – Ideal for students, hobbyists, and makers learning robotics & automation
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✅ Compatible with Arduino & ESP Boards – Simple servo code makes it easy to open/close and test gripping force
How to make it - https://www.instructables.com/Print-in-Place-Robotic-Gripper/
Linear Actuator Lifting Table Hubtisch Diy for Assembly | 3D Printed Scissor Jack Mechanism for MG996R Servo & Similar Motors | DIY Robotics & Automation Project Kit – (143)
3D Printed Micro 105 FPV Quadcopter Frame | Lightweight Body Shell for 8.5mm Motors & Micro Flight Boards – DIY Drone build (Frame Only Electronic Not Included) – (151)
Lightweight 3D printed frame for Micro 105 FPV quadcopter. Designed for 8.5mm motors and Micro Scisky boards. Ideal for DIY drone projects. (Body Only Elecctronics not included)
Note:
We have included the 3D-printed parts and essential electronic components in this kit. However, a few additional items such as hardware and the power supply will need to be purchased locally, depending on your specific project requirements.
Obstacle Avoiding Pet Dog Robot Tomy 3D Printed Parts for DIY Projects – 068
We have included the 3D-printed parts and essential electronic components in this kit. However, a few additional items such as hardware and the power supply will need to be purchased locally, depending on your specific project requirements.
WiFi Pet Feeder 3D Printed Parts | Automatic Feeder DIY Project (3D parts only) – 085
DIY Snake Robot 3D Printed Parts Only – Electronics Not Included – 078
We have included the 3D-printed parts and essential electronic components in this kit. However, a few additional items such as hardware and the power supply will need to be purchased locally, depending on your specific project requirements.
