JAKA Ai 12 Alternatives & Competitors

Doosan's M0609 is an ergonomically designed cobot from the M-SERIES with a working radius of 900 to 1,700 mm and a load capacity of 6 to 15 kg. Equipped with six torque sensors in every joint, this cobot offers advanced safety features and human-level dexterity in automation.

The M0609 offers a variety of capabilities, making it ideal for a wide range of applications in industries such as manufacturing, logistics, and healthcare. Its intuitive and easy-to-use interface allows for seamless integration into existing workflows, and its compact size makes it suitable for use in smaller spaces.

In addition to its impressive capabilities, the M0609 is also designed with compatibility in mind. It can be easily integrated with a range of software systems, making it a flexible option for any industrial automation setup.

Furthermore, the M0609 has the ability to operate in extreme temperatures, making it suitable for use in a variety of environments. Its rugged design allows it to withstand harsh conditions and continue performing efficiently.

The Franka Emika robot is agile and sensitive — like a human arm. Programming is workflow-based and intuitive, interaction is seamless.

Panda is currently the fastest-selling industrial robotic system in the world. For Panda, Franka Emika received the German President‘s Award for Innovation in Science and Technology and was the only German company to make it onto the cover of TIME Magazine's "Best Inventions 2018" edition.

Strong and fast industrial cobot with a reach of 850 mm and a payload of 10 kg. Simple programming thanks to our special intuitive Kassow user interface.

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 the operating environment, which significantly broadens the application boundary of robots.

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 the operating environment, which significantly broadens the application boundary of robots.

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 cobot, human and operating environment, which significantly broadens the application boundary of robot.

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.