We are currently
working with a big food and beverage can manufacturer who is looking for ways
to minimise the damage to the cans in their high-speed manufacturing and
filling process. As the drive towards sustainability and competitiveness
increases, can manufacturers are striving to take weight and cost out of their
products - this inevitably leads to thinner cans, which are consequently less
robust during the manufacture and filling processes. Combined with increasing
production line speeds (machines process up to 2000 cans per minute), existing can
handling solutions can be too aggressive, resulting in damage (primarily
denting) to the wall, shoulder and base radius of each can.
Our client is, therefore, looking for technology
to minimise, manage and / or remove the kinetic energy associated with transporting
delicate components at high speed around a manufacturing plant without
deformation. We believe the solution, or elements of a
solution, currently exist within other materials handling capabilities i.e.
outside the can handling fraternity. These could, for example, be found in
manufacturing industries such as:- Glassware (laboratory or lighting);
Semiconductor; Pharmaceutical; Cigarette and Food. We are also interested in technology from
outside the materials handling industry, including the use of advanced
materials, robotics, advanced modelling techniques, and crowd control.
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