Doosan Robotics Leading the Charge in Palletizing Innovation

Doosan Robotics Leading the Charge in Palletizing Innovation

Doosan Robotics, one of the world’s foremost collaborative robot (cobot) manufacturers, is leading the way in palletizing innovation with its high-powered H-SERIES collaborative robot.

Historically utilized in palletizing, industrial robots are not only cost-prohibitive but can also lead to unsafe conditions in the workplace and the need for additional square footage to maintain safety perimeters. The rigidity of programming industrial robots also restricts the scaling and personalization of packaging, potentially leading to a rise in labor costs for manual palletizing or the inability to fulfill orders containing multiple SKUs.?

With reliable, superior engineering, Doosan Robotics’ high-powered H-SERIES leads the way in innovation and productivity in the cobot sphere. Known for their high payload, long reach, and safety, Doosan Robotics’ cobots are the most powerful in the marketplace, providing unrivaled productivity and performance in palletizing. Offering a 180°?range of motion, versus the 160°?range of competitors’ cobots, the H-SERIES has unparalleled flexibility and efficiency in the palletizing process.

Featuring a maximum reach of 1700mm and a payload of 25kg, Doosan’s H-SERIES not only has a higher payload and longer reach than competitors but is also equipped with a proprietary Anti-Gravity Compensation feature, based on five ground-breaking patents. Weighing in at one-half the weight of industry competitors, the H-SERIES can also be easily mounted to an AGV or AMR for increased maneuverability and flexibility in operations.?The H-SERIES also consumes 1/3 the amount of power than industry competitors’ products, leading to increased productivity and less time sidelined by delays. And with the assistance of a lift system, the working area of the H-SERIES can be extended to an astonishing reach of 2.7 meters.

The Doosan Robotics H-SERIES can also safely perform highly complex tasks using precise force and compliance control based on the 6-axis force-torque sensors. With 18 safety functions, the H-SERIES has been validated according to international safety certification requirements and standards and has received the industry’s highest scores of PLe and CAT4 due to the safety and emergency stop functions.?With the highest collision sensitivity in the industry powered by their collision detection technology, Doosan Robotics’ cobots can also be trusted to share space with personnel, all while enhancing production output and maximizing labor.

The H-SERIES intuitive technology also allows novice and seasoned users alike to teach directly from the cobot via the Cockpit, a unique direct control button that allows the robot to be more easily programmed. This feature untethers personnel and allows them to quickly address operational needs without straying from the task at hand.?For those who want quick implementation onto the floor, Doosan’s H-SERIES also features built-in layer routines with no teaching or path planning involved, drastically reducing time invested in setting up operations. Doosan Robotics also provides an Application Programming Interface (API) for those who want to wish to develop and implement a specialized palletizing solution specific to their work environment.

And as the first high-payload cobot on the market with a 2-year track record of excellence, the H-SERIES is a proven reliable, and dependable asset to your floor. Doosan Robotics also delivers in a fraction of the time of industry competitors, with an average delivery time of four weeks.

With the most diversified line of cobots in the marketplace today – ranging from the heavy-duty and reliable H-SERIES to the high-dexterity and precise flagship model M-SERIES, and the fast and cost-effective A-SERIES – Doosan Robotics offers a solution for every challenge.

Reach out to Doosan Robotics today to see how we can simplify and optimize your organization’s palletizing needs.

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Contact:

Stephanie Callaway, [email protected]

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