Design Engineering

KINOVA launches Link 6 collaborative robot

By DE Staff   

Automation Machine Building

Canadian six-axis cobot looks to expand robotics adoption in North America.

Montreal-based robotics firm, Kinova Robotics, launched a 6-axis industrial collaborative robot called the Link 6. Billed as Canada’s first industrial cobot, the robotic arm is initially targeted to pick-and-place, part assembly and machine tending applications, the company says.

With a continuous payload capacity of 6 kg (13.2 lbs), a maximum reach of 1m (39.4 in.) and a maximum speed 1.65m/s (5.41 ft/s), the Line 6 is roughly comparable to Universal Robot’s UR10 cobot.

Like others on the market, the Link 6 is light for its size and capabilities (23.45kg / 51.7 lbs) and can be programmed or “taught” to perform basic moves by specifying a series of waypoints using the cobot’s wrist “push button” interface. For more complex operations, it can be programmed via a touchscreen teach pendent or a browser interface.

Further, depending on end-effector and application, it doesn’t automatically require guarding given its rounded organic design, software limited speed/acceleration, low mass and collision detection capabilities.


In addition to the arm, the Link 6 controller incorporates a Intel Core i7 processor, 8GB of DDR4 RAM and up to a 128 GB SSD to run ROS and Kortex platform software. The 17.6kg (38.8 lbs) controller can also be equipped with GPU to add AI capabilities.

The company also stresses the Link 6’s modular nature in that specific features can be integrated via software plug-ins and native support for several industrial grippers, most notably those from OnRobot and fellow Quebec-based robotics firm, Robotiq.

“Our operating market is mainly in the United States, where robotics innovation is well established,” explained Kinova founder and CEO, Charles Deguire. “With the launch of Link 6, we also aim lend a hand to the Canadian market. Collaborative robots such as Link 6 are an interesting and increasingly sought-after alternative to overcome the labor shortage, here and elsewhere.”


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