Catch Unit - robotic gripper with SG92R servo

Bionic hand controlled by servos. It is made of acrylic material, allows you to control each finger separately. DFRobot ROB0142

RoArm-M3-S (EU) is a versatile robotic arm, ideal for educators, makers, and researchers. With a wide range of control options, AI support, and comprehensive documentation, it enables quick deployment in advanced educational, prototyping, and experimental projects. The version with an EU power adapter is ready to use right out of the box.

A new version of the popular Kitronik Klaw gripper, perfect for robotic and buggy projects. Compatible with MOVE Mk1 and Mk2, it enables precise gripping of objects using a servo mechanism, ensuring easy assembly and wide range of applications in robotics. Kitronik 25104

RoArm-M3-Pro-AI-Kit is an open-source AI-grade robotic arm kit, ready for integration with Jetson Orin platforms or PCs, supporting advanced control algorithms and machine learning. With its reinforced construction and precise control, it is ideal for educational, R&D, and mobile or industrial robotics applications.

Bionic hand controlled by servos. It is made of acrylic material, allows you to control each finger separately. DFRobot ROB0143

Gripper-B Waveshare 30386 with CF35-12 servo provides advanced gripping functionality for robotic arms through precise force control, feedback, and real-time protection. The aluminum alloy and stainless steel housing, along with adjustable grip and expandability for vision systems, make it an ideal component for industrial, research, and educational applications in robotics.

An improved version of the educational robotic arm, designed for imitation learning and integration with the LeRobot and Hugging Face platforms. The kit includes servo motors, adapters and cables, offering a ready-made solution for rapid prototyping of AI systems in a real environment. Improved mechanisms and support for Nvidia Orin NX computers make it an ideal tool for research, education and reinforced learning experiments. Seeed Studio 114993667

A 5 DoF robotic arm built with servos and ESP32. It can be controlled wirelessly via WiFi and web browser or USB interface. Waveshare RoArm-M1 (EU)

RoArm-M3-Pro (EU) is a fully functional robotic arm with advanced ESP32-based control, ready for integration with AI projects, ROS2, and educational environments. It offers a rich set of features for control, algorithm development, and physical manipulation, and comes with an EU power adapter for immediate use in European settings.

Gripper-A Waveshare 30385 is a solid and cost-effective choice for robotic arm builders, offering full closed-loop control and servo protection features. Thanks to its universal design, adjustable jaws, and camera integration capability, it is suitable for educational, laboratory, and semi-industrial robotic manipulation projects.

RoArm-M3-S-AI-Kit is an open-source robotic arm kit based on the ESP32, designed for flexible control and AI project development, particularly in the LeRobot and ROS2 environments. The kit offers low weight, precise actuation, extensive interfaces, and an open programming environment, making it an ideal solution for education, research, and prototyping applications in robotics.

Four degrees of freedom (4DOF) robotic arm assembly kit. The robotic arm was based on servos and is controlled wirelessly using a Raspberry Pi. Waveshare Robot Arm for Pi (for Europe)

A robotic arm with four degrees of freedom (4 DoF) based on servomechanisms and a controller with an ESP32 module. It can be controlled wirelessly via WiFi and a web browser or USB interface. Waveshare RoArm-M2-S (EU)

A small size gripper driven by a servomotor with a movement range of 32 mm. It contains a special micro servo with an additional wire that gives access to its feedback, so you can track the actual position of the gripper blades. Polol 3551

A set for self-assembly of a robotic arm with four degrees of freedom (4DOF) equipped with MG90S servomechisms. The arm at the end has a small gripper which allows you to catch and carry small objects. The handle is controlled using a plate compatible with Arduino Uno or a module with potentiometers.