WLKATA Robotics AI Automatic Sorting Line Alternatives & Competitors

WLKATA Robotics' Automobile Assembly Line immerses in real car production tech. It merges AI-driven intelligence, sensors, and car assembly processes. This human-machine combination, featuring conveyor systems and end-effectors, showcases equipment flexibility.

Featuring compatibility with the Mirobot platform, it offers ease of installation and programming via Arduino. The line encompasses a comprehensive textbook, offering educators and learners insights into 6-axis robotic arm fundamentals and automation in automotive factories.

This turnkey solution includes components like sliding rail sets, car models, and a welding simulation module. The line's adaptability is amplified through a digital textbook, teaching diverse project practices including assembly, programming, and simulation. This innovation enables immersive learning and application in the automotive sector, demonstrating the potential of intelligent automation in real-world scenarios.

WLKATA Robotics' Fruit Picking Line innovates agriculture through robotics and sensor technology. Combining a 6-axis robot arm and color recognition module, it automates fruit picking and sorting. This system cultivates tech application in agriculture, fostering learning and research in smart farming.

The Fruit Picking Line integrates seamlessly with WLKATA Mirobot, offering easy installation and programming through Arduino-based software. A built-in RGB color sensor recognizes different fruit colors, enhancing precision. The package includes a comprehensive textbook, aiding educators and learners in understanding robotic arm concepts and smart factory technologies.

Featuring an acrylic base for stability, the Fruit Picking Line empowers agriculture automation. It offers project practices involving robot programming, color sensor usage, and fruit classification, fostering a practical understanding of robotics in agriculture. This solution showcases how automation contributes to efficient and accurate fruit harvesting processes, bridging technology with traditional practices in farming.