JAKA ZU 3s Alternatives & Competitors

Equipped with an advanced industrial force sensor (at the end or base of the robot). Weight is 23KG, payload 5KG, working radius is up to 954mm. Provide better man-machine interaction experience and security guarantee. Provide a variety of force control solutions such as constant force, normal tracking, and speed mode.

Equipped with advanced industrial force sensor (at the end or base of the robot). Weight is less than 22KG, loading 7KG, working radius is up to 819mm. Provide better man-machine interaction experience and security guarantee. Provide a variety of force control solutions such as constant force, normal tracking and speed mode.

Equipped with advanced industrial force sensor (at the end or base of the robot). Weight is less than 35.5KG, payload 18KG, working radius is up to 1073mm. Higher payload, higher cost performance and higher safety. Provide better man-machine interaction experience and security guarantee. Provide a variety of force control solutions such as constant force, normal tracking and speed mode.

Equipped with advanced industrial force sensor (at the end or base of the robot). Weight is 41.3KG, payload 12KG, working radius is up to 1327mm. Higher payload, larger working radius, instead of heavy physical handling work, deployment flexibility and ease of use. Provide better man-machine interaction experience and security guarantee. Provide a variety of force control solutions such as constant force, normal tracking and speed mode.

Innovatively adopting the product design principles of JAKA S³ (Smart, Simple, Small), and integrating with advanced robot technologies such as wireless teaching, graphical programming, and visual protection, it revolutionizes the way of Human-Cobot interaction, improves the safety of human-machine cooperation, and greatly reduces the threshold of robots using. Meanwhile, JAKA All-in-one Cobots deeply integrates plug-and-play vision to ensure the natural interaction and autonomous adaptation among cobots, humans and operating environment, which significantly broadens the application boundary of robots.