The Artly Barista Bot is an AI-powered robotic arm that functions as a barista, making various coffee drinks and pouring latte art. It was developed by Artly Coffee to combine robotics with artistic coffee-making skills, and it learns its techniques by observing human baristas, using methods like deep learning and motion capture. The bot can mimic complex movements to create consistent, high-quality beverages.

Next-Generation Dual-Arm Humanoid Service Robot. Autonomous Mobile Platform + AI Vision + High-Precision Collaborative Arms

For Research, Automation, Retail, Labs & Service Robotics

Artly VisionArm is an AI-powered robotic arm system combining a 6-DoF arm (UR/Hitbot/other brands), vision camera, and adaptive gripper or dexterous hand—enhanced by Artly’s VLA intelligence layer. Designed for real-world manipulation tasks, it integrates perception + action to perform complex operations with precision, adaptability, and learning-based decision making.

The UR3e is the smallest industrial collaborative robot arm in our portfolio. Benefit from its compact form when automating processes in tight workspaces, such as on bench-tops or within production machinery.

The Z-Arm S622 is a lightweight, six-axis collaborative robot designed for precision handling in light-payload tasks. It offers a 622 mm working radius with a 3 kg rated payload and high repeatability (±0.02 mm), making it suitable for electronics assembly, lab automation, light pick-and-place, and other precision applications. The arm supports upright, vertical side, and inverted mounting and includes built-in collision detection with user-adjustable sensitivity.

The Linker Hand L6 is a high-precision bionic robotic hand featuring a unique "6 active + 5 passive" dexterous joint design that elevates accuracy, response speed, and operational capability to a new level. Its independently developed joint modules combined with linkage transmission technology provide high rigidity, while keeping the total weight at only 618.5g. Whether performing delicate tasks in precision assembly or flexibly grasping irregularly shaped objects, it handles them with ease—continuously pushing the limits of bionic robotic hand applications.