Robotic Hand & Claw
Hiwonder
Open-Source Robotic Hand AiHand Powered by micro:bit V2 Programming Educational Robot, Support WonderCam AI Vision Module
- 【micro:bit Programming, AI Vision Robotic Hand】AiHand is an open-source robotic hand powered by micro:bit. AiHand features a high-performance WonderCam AI vision module with an integrated HD camera. This module enables various AI applications, including color recognition, tag recognition, and more.
- 【Powerful hardware, Support Secondary Development】AiHand is equipped with an AI vision module and a glowy ultrasonic sensor. AiHand has multiple expansion interfaces reserved to facilitate users to carry out secondary development of the robotic hand.
- 【One-click Training and Learning】AiHand's AI vision module is integrated with some learning algorithms, allowing it to complete diverse AI vision projects such as waste sorting and tag recognition.
- 【Various Control Methods&Makecode Programming】AiHand supports Android/ iOS APP control, micro:bit control.AiHand also supports Makecode programming.Drag and drop building block-style modules for programming,which is easy to learn.
Hiwonder
Hiwonder uHand UNO Open Source AI Bionic Robot Hand Supports Somatosensory Control, Arduino Programming
【Arduino Programming, Open Source】 Hiwonder uHand UNO is built on the Atmega328 platform and compatible with Arduino programming. The uHand UNO programs are open-source. With detailed tutorials and example projects for secondary development, users can easily customize and expand their robotic hand.
【High Performance, Support Sensor Expansion】 uHand UNO features a 6-channel knob controller, Bluetooth module, six anti-blocking servos, and other high-performance hardwares. With multiple expansion ports supporting sensors like ESP32 Cam, accelerometer, touch sensor, and RGB ultrasonic sensor, users can easily perform secondary development to enable sonic ranging, Bluetooth communication, and pose control.
【Versatile Control Options】 uHand UNO supports both app control and wireless glove control. Users can utilize knob potentiometers for real-time knob control and offline action editing.
Hiwonder
Hiwonder uHandPi Raspberry Pi 5 AI Robotic Hand, AI Vision Recognition and Tracking, Python Programming, Deep Learning
【Raspberry Pi Robotic Hand】 Hiwonder uHandPi integrates the robust Raspberry Pi 5 with the advanced OpenCV vision library, creating an AI-driven robotic hand that seamlessly merges cutting-edge vision capabilities with superior precision and performance.
【Innovative Self-Developed Linkage Structure】 Designed with Hiwonder's proprietary linkage structure, uHandPi mirrors the natural movements of the human hand, allowing it to execute delicate tasks with remarkable accuracy, making it perfect for a wide variety of operations.
【AI Vision Cutting-Edge Features】 Boasting a suite of advanced features, including color recognition, face detection, gesture recognition, and object tracking, uHandPi elevates the user experience with intuitive and responsive human-machine interaction.
【Machine Learning & Interactive Fun】 Powered by MediaPipe, Hiwonder uHandPi enables the training and deployment of diverse human machine interaction models. It delivers innovative AI-driven experiences—such as interactive Rock-Paper-Scissors—bringing intelligence and engagement to real-world applications.
- Long service time
- Support graphical programming
- Equipped with plenty of modules
- Use micro:bit + micro:bit Expansion board
- Various control and programming methods
Hiwonder
Robotic Hands: Hiwonder Humanoid Robot Hands with LX-824HV Serial Bus Servo Flexible Opening for DIY
- Applicable to bionic robots
- Loaded with high voltage serial bus servos
- 66mm maximum opening making it easy to pick object of various shape
- Applicable to robotic arm
- Loaded with burn-resistant anti-blocking servo
- Big in size for picking objects of different shapes stably
- High quality aluminium alloy material contributes to long service life
- 【Open Source Somatosensory Gloves, Compatible with Arduino】Hiwonder somatosensory gloves are open source bionic robot control gloves, compatible with the Arduino development environment, and support secondary development, allowing you to realize creative robot projects.
- 【Built-in Acceleration Sensor and High-precision Potentiometer】The somatosensory gloves have 5 built-in encoders and 1 acceleration sensor. They transmit data through the built-in Bluetooth module and control your robot as you like.
- Material: Hard aluminum alloy
- Maximum opening distance:230mm
- Product size:136*57*60mm
- Product weight:190g(Including servo)
- Installed on robot or smart car
- Picking up items steadily and firmly
- Maximum opening distance reaches 54mm
- Compatible with various standard size servos
- Made of hard aluminum alloy and durable
- Applied to robotic arm and robot
- Grab the objects steadily and firmly
- Maximum opening distance reaches 55mm
- User-friendly 1/1 scale bionic fingers
- LFD-01 anti-blocking servos are used for the movement of fingers
- Acrylic and aluminum alloy brackets contribute to structure and high performance
- Support secondary development for your robots
- 1.The internal edge of the claw adopts wave design, which makes the clamping more stable.
- 2.Symmetric gripping, easy to judge the object position
- 3.Equipped with strong-torque and burn-resistant servo, claw can grab item weighing up to 500g
- 4.Multiple M2 and M3 holes in the end of claw to support DIY extension
- 5.Limited posts can prevent hands from pinching
- 【Note】If the package has the problem of missing part or servo issue, please contact us and we will solve it for you.
- 【Large Contact Surface】The gripper with a large contact area can grip objects more easily and more stably.
- 【Full Metal Structure】Aluminum structure makes BigClaw lighter and more durable.
- 【Parallel Symmetrical Gripping】The parallel and symmetrical grip design makes it easy to pick up objects of various shapes.
- 【Mounting Holes】The M3 and M4 holes on the gripper are left for you to DIY expansion.