Heidelberg Bread is going against the grain in the best possible way.
Amid America’s jungle of fast-food and chemical additives, their artisan, old-world breads are made of locally grown wheat and contain no artificial preservatives, high-fructose corn syrup, soy or added sugar. Heidelberg’s founder apprenticed in some of Paris’ finest bakeries before returning to New York and starting the business in 1983. Now, this multi-generational, family-run bakery produces more than 20,000 loaves of bread daily.
“To keep pace with growing demand for our products, we’ve recently begun automating processes that had previously been done manually,” says Hadley Bissell, daughter of the founder and executive assistant to Heidelberg’s president. “In some respects, the additional equipment means we have an increased need for product inspection, since more machinery means new risks with nuts and bolts that can fall off, parts that wear down and so on. That’s why we decided to add metal detection when updating our lines last year.”
Heidelberg has two packaging lines, one handling round loaves weighing up to 1 lb. 10 oz. and the other handling square loaves averaging 1 lb. 6 oz. As the bread leaves the ovens and cooling systems, they are sent through slicers, automatic baggers, taggers – and then Mettler-Toledo Signature metal detectors.
“Accuracy and reliability are important with product inspection equipment – this isn’t a place you want to skimp,” Bissell says. “We chose to work with Mettler-Toledo Safeline because they’re a world-class leader. Our sales rep, Dan Mertzlufft of Flo-Dynamics, recommended the Signature model. It has the same great bones and detection sensitivity as Mettler-Toledo’s fancier systems, but without all the bells and whistles that we don’t need.”
Safeline metal detectors find ferrous and non-ferrous tramp metal, as well as the most difficult-to-detect non-magnetic stainless-steel fragments and non-spherical fine wire fragments. With high-frequency advanced coil technology and dynamic filtering techniques, these systems maximize detection sensitivity and stability.