The 'HUENIT' Modular Robot Arm Works in a Variety of Applications
Michael Hemsworth — November 18, 2021 — Tech
References: kickstarter & gadgetify
The 'HUENIT' modular robot arm is an interchangeable solution for businesses, makers and DIYers alike that will provide them with a way to enjoy a customized experience.
The robotic arm is equipped with an artificial intelligence (AI)-powered camera that will monitor functionality and enable a range of different capabilities. This is thanks to interchangeable components to enable 3D printing, laser engraving, drawing and more.
The 'HUENIT' modular robot arm features a reach length of 390mm, a speed of 500mm/s and a payload capacity of 750-grams. The Creator Module is capable of being customized to suit different consumer needs and puts the control in the hands of the user to make the unit function as they require or desire. The system has WiFi and Bluetooth, while also being controllable via an Arduino or Raspberry Pi through UART communication.
The robotic arm is equipped with an artificial intelligence (AI)-powered camera that will monitor functionality and enable a range of different capabilities. This is thanks to interchangeable components to enable 3D printing, laser engraving, drawing and more.
The 'HUENIT' modular robot arm features a reach length of 390mm, a speed of 500mm/s and a payload capacity of 750-grams. The Creator Module is capable of being customized to suit different consumer needs and puts the control in the hands of the user to make the unit function as they require or desire. The system has WiFi and Bluetooth, while also being controllable via an Arduino or Raspberry Pi through UART communication.
Trend Themes
1. Modular Robotics - A customizable solution that meets the specific needs and demands of businesses and users.
2. AI-powered Robotics - Use of AI-powered cameras to enhance monitoring and enable different capabilities.
3. Interchangeable Robotic Components - Integration of different components like 3D printing, laser engraving, and more to allow for an unlimited range of applications.
Industry Implications
1. Manufacturing - Use of modular robotic systems to increase efficiency and customization in production processes.
2. Education - Teaching practical aspects of engineering and coding and sparking creativity in students.
3. Healthcare - Used in healthcare for precision surgeries and 3D printing of medical equipment and patient-specific prosthetics.
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