You will need:
Mg995 servo for joints 1,2,3 and 4
Mg90s servo for joints 5, 6 and the gripper
Tou will need screws M3 15mm mm and M2 15mm
ALVE-X Robot Arm - Modular 6-DOF Desktop Robotic Arm
The ALVE-X Robot Arm is a compact, modular desktop robotic arm designed for learning, experimentation, and rapid prototyping in robotics, automation, and Industry 4.0 concepts.
It combines mechanical design, electronics, and software control into a single open platform, making it ideal for students, makers, educators, and robotics enthusiasts.
🔧 Key Features
6 Degrees of Freedom (6-DOF) articulated robotic arm
Fully 3D-printable structure (desktop-friendly size)
Servo-driven joints for smooth and precise motion
Parallel gripper end-effector for pick-and-place tasks
Modular design → easy to modify, upgrade, or customize
Designed for embedded control (Arduino / ESP32)
Compatible with simulation & digital twin workflows
🧠 Educational & Practical Use
ALVE-X is designed as a hands-on learning platform, perfect for:
Robotics fundamentals (kinematics, joints, actuators)
Embedded systems & low-level control
Automation and motion sequencing
Digital twin & simulation experiments
Micro-factory and smart manufacturing demos
🖨 3D Printing
Optimized for FDM 3D printing
No special hardware required
Parts can be printed individually for easy assembly
Suitable for PLA, PETG, or ABS
🧩 Who Is It For?
Engineering students
Makers & DIY robotics builders
Robotics clubs & labs
Educators & trainers
Anyone curious about robot arms, automation, and smart factories
🚀 Why ALVE-X?
ALVE-X is not just a robot arm-it's a learning tool, a prototype platform, and a gateway to intelligent robotics.