Canadian Packaging

Universal Robots to Debut New Cobot-Assisted Palletizers and Box-Erectors at PACK EXPO 2018

Canadian Packaging   

Automation Design & Innovation General Palletizing Robotics X-Ray Automation Design & Innovation Pack Expo palletizing Robotics Universal Robots

The pioneer of collaborative robotics introduces new packaging solutions addressing the emerging need for open, unguarded human-machine interactions

Packaging environments are notoriously tightly constrained, and in large part, still manual operations. Universal Robots (UR) is the market leader of collaborative robots – or “cobots” – that work safely alongside workers with no need for safety guarding in most scenarios. At PACK EXPO booth E-7941 in Chicago, Oct. 14-17, the robotics manufacturer is showcasing the first solution for random robotic case erecting, the XPAK ROBOX™. The new UR powered box erector developed by XPAK, allows packagers to randomly erect any box in their suite on-demand without changeover.

“This collaborative design not only enables the operator to safely and intuitively interface with our machine, ROBOX also realizes approximately 60% reduction in terms of the footprint required for a similar machine using more conventional robotic technology requiring fencing,” says William Reilly, technical sales engineer with XPAK, adding that the company developed ROBOX as it recognized the undeniable market trends towards collaborative robotics, now the fastest growing segment of industrial automation.

The XPAK ROBOX is equipped with a UR10e cobot arm that picks a flat box from one of two magazines, squares the case, folds and seals the bottom flaps with 2-inch tape. Additional magazine and custom box conveyance options allow the XPAK ROBOX to integrate seamlessly into any packaging environment.

The UR10e is the largest cobot in Universal Robots new flagship line of cobots, the e-Series, showcased for the first time at a PACK EXPO. The e-Series sets a new standard for cobots, adding built-in force/torque sensing, unrivaled safety features, and improved precision for faster integration in a wider range of future-proofed applications.


“The e-Series strengthens the core principles defining collaborative robots: fast set-up, easy programming, flexible deployment, safe operation, and a quick ROI,” says Stuart Shepherd, Regional Sales Director of Universal Robots’ Americas region. “End-users with complex applications and diverse or uncertain future needs will benefit from the e-Series platform and our unique UR+ ecosystem
knowing that their investment will be able to grow with them as their needs change,” explains Shepherd, referencing the rapidly expanding portfolio of certified UR+ plug & play end-effectors, software and peripherals certified for UR cobots now available.

Also launching at UR’s PACK EXPO booth is the new PalletizUR™ from ONExia, a portable, collaborative palletizing system that features a UR10e cobot with graphic software for simple pallet building. This mobile system requires no written code to program and is ready to work in minutes.

“The non-invasive PalletizUR can be added to an existing line without additional guarding,” says CEO of ONExia, Greg Shelke, emphasizing the added benefits the new e-Series cobot line delivers. “The e-Series cobots feature a 500Hz processor which enables the robots to perform smoother, parabolic moves in less time, resulting in more boxes palletized per minute.” Universal Robots e-Series line started shipping in August this year. Stuart Shepherd is looking forward to showing the PACK EXPO audience the capabilities of his company’s new flagship line. “It’s exciting to see our partner network embracing our new cobots, incorporating them into cutting edge applications in such a short time,” he says. “We’re confident the packaging industry will deploy a record number of e-Series cobots in the year to come.”

Universal Robots will also be on display in the following PACK EXPO booths:

Dorner Mfg. Corp. – Booth N-4936

Dorner will be showcasing a new demo featuring three Dorner conveyors and a UR5 cobot. The integrated display shows small bottles accumulating on two Dorner 2200 Series Belted Conveyors running in opposite directions. Once the product singulates, it transfers on to a Dorner 1100 Series Conveyor and waits to be picked by the UR5. The robot then places the bottle back in a specified location to rejoin the accumulated product. Dorner elected to use the UR5 robot due to the ease of integration and the collaborative safety feature.

Dyco Inc. – Booth N-5010

On display in the Dyco booth is the Bulk Box Loader equipped with a UR10e cobot. “We are getting a lot of requests from our customers to integrate Universal Robots throughout the blow molding process. End of line packaging is just one example of their numerous applications,” says Mark Lovelace, Sales Manager with Dyco that also offers a tray loading/palletizing system with UR cobots. “We selected UR for their robustness and design for use in industrial applications vs. other collaborative robots.” The bulk box loader is a fully automated system controlled from the UR interface and a few push buttons.

FP Developments Inc. – Booth W-824

FP Developments will showcase the Robotic Pick and Place Vision Turntable, a turning disk capable of storing and orienting components for automation needs. The turntable is equipped with positional
knowledge so that the turntable can index, continuously rotate, and perform special orienting functions. The PNP table utilizes backlight and vision guidance through the UR+ enabled SICK Inspector camera which allows a UR3 robot to identify syringe locations and to pick up syringes in the proper orientation to perform necessary functions. Also on display is the Robotic Particulate Inspection Station equipped with a UR3 robot to pick up vials (or syringes given the application) while manipulating it for particulate inspection.

Kolinahr Systems – Booth N-5232

Kolinahr’s new CR10 Collaborative Robotic Label Applicator, powered by a UR10 cobot, provides the ultimate in flexibility; the CR10 is the only single applicator that can label all four sides of a packet. The applicator is intrinsically safe and collaborative so no guarding is necessary. The CR10 is easy to program and is customizable when it comes to label positions, angles and application force. The print engine used in this model is the Zebra ZE500 compatible with other printer manufacturers.

PharmaWorks Inc. – Booth W-629

PharmaWorks has integrated a UR5 cobot equipped with Robotiq’s UR+ enabled Hand-E gripper into its blister packaging TF1e machine where syringes are preloaded into trays and presented to the cobot in a stack. The cobot unloads the trays, then presents individual syringes to a printer and verification camera. Pharmaworks chose the UR cobot for its flexibility, cleanliness, and collaborative qualities. The lack of guards allows for easy wipe down between batches and required operator interaction during production.

PIAB – Booth: N-6233

Piab’s UR+ enabled vacuum gripper piCOBOT® mounted on a UR5e cobot is designed to act as a flexible co-worker in a variety of production, packaging or assembly lines. Included with the piCOBOT® is the URCap plug-in software for the teach pendant, delivering easy programming and quick installation. Ergonomic, safe and adaptable, the piCOBOT® promises to increase productivity while eliminating the risk of potential injuries to operators. Technical and electrical interfaces are seamlessly adapted for UR robots which makes it truly plug and play for the customer. The energy-optimized vacuum gripper also features onboard intelligence, which makes piCOBOT® adjust automatically for each application.

RND Automation & Engineering – Booth S-3748

On display with RND Automation & Engineering is the new Kanga Poucher, a vertical form/fill/seal pouching system that forms four-sided pouches for the medical device, pharmaceutical, and durable goods industries. The system integrates with a UR3 cobot loading products into the pouches before the fourth, “top” seal is made after the product is indexed through the sealing gasket. “Collaborative robots from Universal Robots reduce or eliminate the need for guarding which means a significantly reduced footprint,” says Sean Dotson, President and CEO, RND Automation & Engineering. “The fully customizable robots fill our customers’ unique packaging needs. They also stop safely upon operator contact and can be moved with minimal force.”

Schmalz Inc. – Booth N-6149

The Schmalz UR+ enabled Electrical CobotPump (ECBPi) belongs to a new generation of intelligent vacuum generators that do not require compressed air. The intelligent vacuum generator enables purely electrical operation and is able to handle airtight and slightly porous pieces. The CobotPump’s programming interface is integrated directly on the UR cobot’s touch screen and will be exhibited with Schmalz’ new Collaborative Gripper (FXCB / FMCB), specifically designed for collaborative robots and perfect for various workpieces from end-of-line to pick-and-place applications.

SencorpWhite – Booth N-6104

SencorpWhite is showcasing the CeraTek Medical Tray Sealer demonstrating the benefits of integrating a UR5 cobot to automate the loading of the trays into the machine cartridge. An operation usually done manually can now be performed by the cobot that integrates directly into existing work envelope due to the collaborative safety features eliminating the need for caging.

Soft Robotics – Booth: E-7207

Soft Robotics has a new one-of-a-kind soft robotic gripping system, specifically designed for Universal Robots. The Soft Robotics Development Kit – UR+ (SRDK-UR+) enables adaptive handling of unstructured tasks and objects of varying size, shape and weight. “We’re thrilled to bring Soft Robotics’ technology to Universal Robots, and develop the first customizable gripper system designed for the collaborative robot space,” says Carl Vause, CEO of Soft Robotics. “This plug-and-play kit enables a new world of collaborative robotic automation, making it easy to configure and deploy, and automate unstructured tasks that previously were untouched by industrial robotics.”


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