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Menges Roller Co. increases capabilities

September 27, 2013

These engineering enhancements are primarily aimed at the heat transfer roll marketplace.

Menges Roller – a designiner and manufacturer of precision rollers for the plastic and paper converting industries – has announced the enhancement of its engineering department capabilities.

Heat transfer rollers are a flagship product at Menges, and these engineering enhancements are primarily aimed at the heat transfer roll marketplace. Using advanced technology, Menges Engineers can now see and predict the exact temperature a roller will achieve and how that temperature will affect the web, all before the roller is built.

These advancements will help Menges Roller continue designing rollers that perform specific tasks at very specific temperatures, the company says.

Utilizing the latest Computational Fluid Dynamics (CFD) technology, Menges Engineers compute all the relevant factors – substrate types and dimensions, linespeeds, thermal transfer fluid data, roller dimensions, flowrates, and so on – to see the temperature & thermal profile of a roller before it is built.

Matt Menges, president of Menges Roller, says, “With modern converting applications, heat transfer rolls must perform at a very high level…and we take pride in building some of the best heat transfer rolls on the market. With these Engineering enhancements, we’re simply continuing on that path. Now, instead of just seeing static roller dimensions, we can demonstrate how changes to those dimensions affect the flowrate, the roller’s temperature, the web’s temperature, and the entire converting process. It’s all about designing custom rollers that perform flawlessly in their application.”

As part of these Engineering Department enhancements, Menges says it has also invested in technology that allows engineers to model weight and load-bearing characteristics. This allows engineers to compare the strength and stress capacities of various steels in relation to roller design and component dimensions.