Cloud Teach Pendant System for Industrial Robots

        The cloud teach pendant system for industrial robots consists of physical cloud teach pendants, a cloud platform (or on-premises deployment), client software, teaching resources, an AI assistant, and a big-data cloud platform that supports the management of auxiliary teaching processes. Designed for teaching and training on ABB or FANUC industrial robots, it addresses the following pain points in instruction and practical training for majors related to industrial robot technology application:

                1. Enables convenient and safe teaching and practical training of industrial robots, lowering teaching difficulty and improving learning efficiency.

                2. Resolves the issue of limited physical training equipment, which prevents synchronized group practical training.

                3. Supports personalized custom application scenarios, integrates virtual and real simulation for learning and training, and allows seamless handover to physical robot operation.

                4. Realizes digital transformation of professional courses for industrial robots.

                5. Equipped with an AI assistant to provide intelligent Q&A on knowledge points throughout the learning process.

                6. Supports auxiliary teaching process management, enabling real time monitoring, statistics and tracking of students’ learning progress.

        The physical cloud teach pendant mimics the genuine teach pendant of ABB or FANUC industrial robots. It supports touch screen operation, keypad operation and joystick operation (AP version). Its keypad, touch screen, operation interface, joystick (AP version) and programming modes are identical to those of real teach pendants. Via client side software, it connects with RobotStudio or Roboguide — dedicated offline programming simulation software for ABB and FANUC industrial robots. Users can program and operate virtual robots within the dedicated offline programming simulation environment, and the programmed codes can be exported for verification in real world scenarios.