In the ever-evolving realm of modern technology, the methods by which markets adopt new ideas can be as varied as the concepts themselves. Amidst this intricate landscape, manufacturers of consumer packaged goods (CPG) are demanding packaging solutions that adeptly embody the ethos of contemporary production. The mandate is lucid: packaging must not only offer convenience but also encapsulate the very essence of innovation. Modern manufacturing necessitates flexibility, adaptability, cost efficiency, and a reduced machinery footprint on the shop floor.
In the pursuit of surmounting these challenges while upholding cost-effectiveness, conventional solutions such as motor-controlled conveyors are beginning to feel a little out of breath. Nevertheless, the emerging intelligent transport systems featuring autonomous shuttles render production processes significantly more agile, concurrently enhancing asset efficiency to establish a steady approach to manufacturing processes.
Technological innovation on the rise
Machine manufacturers have always placed a high priority on comprehending market demands and delivering products that are as effective as possible. The manufacturing industry has undergone a significant change because of the market’s constant change and the widespread adoption of industrial automation. This transformation has facilitated how production processes are carried out, resulting in unprecedented levels of productivity, and acquiring better return of interest (ROI). It is true that innovation has a significant impact on meeting consumer demands while also addressing all the challenges faced by manufacturers.
To succeed in a world of mass customization, eCommerce, direct-to-consumer, and omnichannel strategies, machines that is built to adapt easily are in demand. Today’s consumers expect products to suit their individual tastes and preferences. To meet this challenge, CPG producers are delivering machinery that adapts to the products being made and packaged, rather than forcing products to conform to a rigidly sequential process. Innovation is at its peak with overcoming challenges and navigating through it by implementing technical innovation that is cost-effective and recognizes market demands for growth in the packaging sector.
Adaptive manufacturing is a system that is been able to measure and adapt its process in real time. The obvious results of adaptive manufacturing are the improvement in production, quality and consistency, reduction in wastage, and finally the cost with better ergonomics and safety. This translates to significant advantages for both machine builders and manufacturers. These advantages encompass the capability to produce any product at any given time, facilitating swift changeovers on the fly. Furthermore, they enable readiness for novel and unforeseen products and variations, while process optimization contributes to a reduced machine footprint. Ultimately, these advantages empower the seamless fulfillment of demands for personalization and the efficient handling of batch sizes, even as small as one.
Adaptive enabling technologies
B&R revolutionizes manufacturing with innovative mechatronic systems that drive cost-effective production of small batches and customized products. The synergy of ACOPOStrak, SuperTrak, and ACOPOS 6D meets the demand for intelligent transport seamlessly integrated into machine and process stations. These track-based and planar product transport systems enable continuous control of each product’s movement through a dynamic manufacturing process. Multiple shuttles synchronize with variable spacing to carry products of any shape. Electromagnetic diverters split and merge production flow at full speed. Modular segments allow unlimited layout possibilities and easy scaling and reconfiguration.
The result is unprecedented productivity by offering unmatched dimensions of flexibility and usability. Not just this, with perfect synchronization of lighting and image capture, machine vision camera detects the shape and orientation of passing products and robots can adapt their movement and shuttles can adjust their spacing to perform highly precise processing and handling operations while in motion at high speeds. Moreover, all of this can be realized with a digital twin system before making any huge investments of time and cost. This contributes to a complete adaptive manufacturing ecosystem that is capable of meeting the current and future demands of the market in an agile and effective way.