Low cost science fiction

Gesture-Controlled Mobile Robotic System: A Tele-Operation Breakthrough

In a project resembling science fiction, students at HTBLuVA Salzburg developed a prototype for gesture-controlled tele-operations as part of their diploma thesis. The system consists of a mobile robotic arm (an igus Robolink) paired with a robotic hand and controlled intuitively via gestures detected by a sensor-equipped glove. The glove translates the user's movements into precise robot and gripper actions, enabling remote handling tasks. Designed for tele-operations, the system offers solutions for working in hazardous environments, such as handling chemicals, conducting research in remote areas, or performing medical missions. Power and control are streamlined with an integrated battery system and a B&R PLC, ensuring flexibility and mobility.

What is the Application?

The system automates remote handling and tele-operation tasks, saving travel time and enabling safe operations in dangerous or inaccessible environments.

What are the Advantages of the Solution?

• Remote Accessibility: Allows interaction with hazardous materials or environments.

• Ease of Use: Gesture-based control ensures intuitive handling.

• Mobility: All electronics are integrated into the glove, eliminating cables.

What are the Advantages of the Robot?

The igus Robolink with gesture control delivers:

• Precise Movements: Real-time responsiveness to user gestures.

• Flexibility: Adaptable to diverse tasks in various industries.

• Efficiency: Reduces risks while improving workflow agility.

Revolutionizing Remote Operations with Gesture-Controlled Robotic Systems

This gesture-controlled robotic system demonstrates how tele-operation can transform workflows in hazardous or remote environments. By combining igus technology, an intuitive glove, and smart automation, the prototype offers scalable opportunities for industries requiring safe, efficient, and mobile robotic solutions.