In today's fast-paced logistics and supply chain environment, improving efficiency and reducing costs are goals that every enterprise strives for. With the constant advancement of technology, Autonomous Mobile Robot (AMR) systems are radically transforming traditional material handling and warehousing processes.
Read MorePaving the Way for Intelligent Logistics: The evoBOT® Autonomous Mobile Robot System
In the realm of today's technological advancements, Robotics Technology has remained a focal point of interest. Recently, an intriguing innovation has captured widespread attention: Alexander Koch's utilization of Micro Motors and Servo Motors to create a low-cost robotic arm, achieving the feat of folding clothes with a budget of $250.
Read MoreLeveraging Micro Motors and Servo Motors in Robotics Technology: Low-Cost Innovation
The core components of a QDD motor module include a brushless DC motor and a low-ratio gearbox. This design is markedly different from traditional high-ratio gearbox mechanisms.
In QDD actuators, the motor directly drives the low-ratio gearbox, rather than through multiple gear stages. This quasi-direct drive design can significantly improve power density and response speed.
Read MoreUnleash the 5 Unbeatable Advantages of QDD Actuators for Agile Robotic Motion
Upkie is an open source self-balancing bipedal robot that provides a flexible and customizable platform suitable for robotics enthusiasts, engineers, and makers to explore. It integrates self-balancing technology, robotic motion control, and open-source hardware, supporting advanced programming with the ROS system. Upkie can be widely applied in education, research, and maker communities, promoting the democratization and innovative development of robotics technology.
Read MoreUpkie: The Open-Source Self-Balancing Biped Robot
Xiaomi's Cybergear Micro Motor revolutionizes robotic innovation with its high-precision permanent magnet synchronous motor design. Integrating gearbox, motor, driver, and advanced features like FOC algorithm, temperature sensing, and absolute encoder, it delivers exceptional 12N·m peak torque output with ±5% accuracy for smooth robotic motion control.
Read MoreXiaomi Cybergear Micro Motor: High-Precision Drive for Robotic Innovation