An innovative experiment for exploring sphere movement and positioning on a table. Ideal for simple or advanced exercises in control and mechatronics education.
An excellent platform for teaching the fundamentals of robotics with parallel kinematics.This 3-DoF, vision-guided robotic system is suitable for both educational and research applications.
Ideal for learning the fundamentals of flight dynamics and flight control for quadcopters, hovercrafts, and underwater vehicles.
Designed for advanced robotics concepts in academia and research, this parallel manipulator features high-sensitivity actuators, a gyroscope, and a 3-axis accelerometer. With customizable options for size, payload, and software, it supports a wide range of simulations, including crane systems, machine tools, drones, and precision positioning platforms such as telescopes and antennas.
