Industry/Application Note

A robotics program's biggest constraint is rarely curriculum. It's hardware access. A single expensive robot shared across an entire class means most students spend most of the period watching, not doing, and the one robot becomes a bottleneck the lesson plan must work around. Dobot's education lineup, the Magician, Magician Lite, and Magician E6, was built around a different assumption: that a classroom is better served by several affordable, low-footprint robots than by one robot the whole room has to take turns using.

Discover how Physical AI is transforming Canadian healthcare, manufacturing, agriculture, mining, and aerospace — and why precision motion hardware makes it possible.

Canada ranks 13th globally at 241 robots per 10,000 workers. See which sectors lag most and what's driving automation investment in 2026.

Physical AI refers to artificially intelligent systems that operate in the real world. These systems do not only compute and decide — they sense, move, and physically interact with their environment. Unlike software-only AI, Physical AI integrates algorithms, sensors, and precision motion hardware to execute autonomous action. In Canada’s automation sector, this convergence of AI and engineered motion systems is reshaping manufacturing, healthcare robotics, autonomous mining vehicles, inspection systems, and advanced research platforms.

Pole count impacts not only torque and speed but also motor efficiency, acoustic noise, and vibration behavior—three factors that influence system performance, operator comfort, and long-term reliability.

Summary of a Mechatronics Canada article on how integrated mechatronic subsystems reduce design time, streamline deployment, and accelerate product launch for OEMs and machine builders.

This application note describes the various methods and combinations of methods for grounding and shielding. Following these recommendations will help minimize or eliminate problems encountered with electrical noise in your application.

This paper provides an in-depth comparison of these amplifier types, outlines their operational principles, and examines specific scenarios where one may be preferable to the other.

Hazardous environment sensors are built for extreme conditions, offering durability, corrosion resistance, temperature tolerance, and explosion protection for safe and reliable operation.

Understanding how the number of poles impacts a motor's capabilities can help in choosing the right motor for specific applications.