New Universal Robots Interface Enables Fast Cobot Deployment for Injection Molding Applications

Universal Robots, the Danish robot manufacturer which operates its Americas headquarters in Ann Arbor, says it is making the communication between its e-Series cobots and injection molding machines more efficient with its Injection Molding Machine Interface (IMMI).
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Universal Robots
Universal Robots is working to improve communication between its e-Series cobots and injection molding machines more efficient. // Photo courtesy of Universal Robots

Universal Robots, the Danish robot manufacturer which operates its Americas headquarters in Ann Arbor, says it is making the communication between its e-Series cobots and injection molding machines more efficient with its Injection Molding Machine Interface (IMMI).

IMMI supports injection molding machines with EUROMAP 67 and SPI AN-146 communication interfaces.

The global market for collaborative robots in the plastics and polymers industry is expected to grow exponentially over the next five years, from $250 million in 2020 to $1.5 billion in 2025. According to BIS Research, 15 percent of all cobot applications in 2020 will be within injection molding, automating tasks such as placing inserts into molds and moving parts through post-mold processes.

These are tasks that require high repeatability, complex motions, and demanding angles, making them perfectly suited for the six-axis cobots from Universal Robots. The cobots can be mounted on top or beside an injection molding machine and they can work alongside human operators without safety cages (subject to risk assessment), saving valuable space on the workshop floor.

“Injection molding machines have many inputs and outputs to manage the complexities of the molding process,” says Joe Campbell, senior manager of applications development at Universal Robots. “Standardized interfaces allow for ease of integration and exchangeability.

“With the IMMI, we give the manufacturer the ability to set up, program and control the entire application cycle through the UR cobot’s teach pendant. Combine this with the positioning flexibility and the additional degrees of freedom found in UR cobots compared to traditional cartesian robots, and you have a very powerful solution.”

The IMMI is installed in the UR cobots’ control box in fewer than 10 minutes, providing deep integration with the robot system, including safety functionality, and leveraging the e-Series cobots’ control box expansion port for easy mounting and cable management. An IMMI template for the Universal Robots Polyscope operating system is provided for easy use in the programming tree. IMMI now is available through Universal Robots’ rapidly expanding UR+ platform of products certified to work seamlessly with UR cobots.

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