Harpak-ULMA Launches Modular Robotic Packaging Platform
The system standardizes robotic loading and packaging controls to reduce the need for custom engineering during deployment.
Updated on Oct. 22, 2026 in Robotics
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Harpak-ULMA has released a new robotic loading platform designed for high-speed food and medical device packaging. The system is now available and features fully integrated controls for thermoforming, flow wrapping, and tray sealing applications.
Why it matters
The platform reduces the necessity for bespoke engineering projects when configuring new packaging lines. By standardizing the integration of robotics into a single control architecture, manufacturers can accelerate deployment times for new products.
The system achieves speeds in the range of hundreds of packages loaded per minute using 2D or 3D vision systems. It operates on a parametrically designed architecture that allows for cell dimension configuration during manufacturing.
The players
Harpak-ULMA
A Taunton-based manufacturer specializing in automated packaging systems, thermoforming, and robotic loading technology for food and medical industries.
Rockwell Automation
An industrial automation company providing the PLC and Logix control software that serves as the computing backbone for the platform.
The details
The platform utilizes a stainless steel structure with sloped, self-draining surfaces and IP69K-rated components, which are parts certified to withstand high-pressure, high-temperature washdown requirements. Motion control is consolidated within the Rockwell Automation Logix programming environment, allowing the system to manage robot motion and packaging machinery through a unified interface. This eliminates the traditional need for disparate programming environments when integrating multi-stage robotic loading cells.
Timeline
October 22, 2026: Official launch of the robotic loading platform.
The Tech Race
This platform marks a departure from reliance on one-off custom engineering projects by providing a configurable, standard framework. It competes directly against specialized, manually programmed robotic cells that traditionally require unique integration for every new product line.
Local manufacturers in the food and medical device sectors can now deploy integrated packaging systems with reduced lead times. The hardware is built for immediate use in facilities requiring frequent sanitary washdowns due to its IP69K-rated stainless steel construction.
The takeaway
Harpak-ULMA has moved away from bespoke system integration to a modular architecture that shortens line setup. Watch for the adoption rates of Rockwell-based unified control systems across regional medical device packaging facilities as an indicator of broader industry standardization.
Further reading
For more on how local engineering firms are shifting toward standardized automation, visit Robotics.
Source note: This article includes information reported by Food Engineering.
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