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Research data indicates that within the next five years, the usage of collaborative robots in consumer packaged goods packaging will more than double, with processing usage expected to triple. Over time, the boundaries between robots and collaborative robots are becoming increasingly blurred, especially as collaborative robots become more versatile in their overall applications. Some suppliers are even exploring dual-mode robots capable of switching between unsupervised collaborative robot modes and more traditional heavy industrial modes. This convergence of capabilities is blurring the lines between robots and collaborative robots, with some robots potentially fulfilling both roles simultaneously.
Collaborative Robots Participating in Processing Operations
As artificial intelligence/machine learning and enhanced robotic vision systems become more prevalent, the role of collaborative robots in processing continues to expand steadily. Due to the impact of the pandemic, particularly in the food industry, the adoption rate in processing operations has accelerated.
Collaborative Robots Participating in Primary Packaging Processes
Over the past few years, robotic capabilities in primary packaging have significantly expanded. With the emergence of tactile sensors, AI-supported vision, and innovative End-of-Arm Tooling (EoAT) designs, collaborative robots are finding new roles in primary packaging and extending their influence into new manufacturing markets. A continuing challenge facing manufacturers will be understanding the depth and breadth of these new capabilities and how to apply them most effectively.
Collaborative Robots Participating in Secondary Packaging Processes
Collaborative robots play a critical role in improving the efficiency of secondary packaging operations. From secondary packaging material handling to visual inspection, robots are driving new levels of efficiency and speed, helping manufacturers manage production costs and increase output.
