Grand Ledge, MI February 15, 2019-
Continuing manufacturing excellence, Sinto America recently manufactured and shipped two KSB Spinner Hangers with open loop conveyances for aluminum die-casting to an automotive manufacturer. See Sinto’s KSB Spinner Hangers: https://sintoamerica.com/product/ksb/.
“These shot blast machines were designed to accommodate a wide range of part sizes.… Read more >
On October 9, 2018 Yuji Kobayashi, from Sintokogio, Ltd., parent company to Sinto America, Inc., was awarded the honor of Shot Peener of the Year at the annual Shot Peening Workshop in Lombard, Illinois.
Among his many accomplishments, along with his Japanese patents, Yuji has achieved 13 U.S.… Read more >
Elmira, MI– EJ , a leading manufacturer and distributor for infrastructure access products, has partnered once again with Sinto and its affiliated companies Heinrich Wagner Sinto (HWS) of Bad Laasphe, Germany, and Roberts Sinto Corporation of Lansing, MI, completing the installation of its third HWS Tight Flask Molding System in North America.… Read more >
In 2018, Sinto America partnered with Franklin Iron Works on a new, fully automatic mold handling system with weight & jacket setting. This allowed Franklin Iron works to improve mold and casting quality while increasing productivity. This system was custom engineered to handle any mold size, pouring, cooling, shakeout or other layout needs!… Read more >
Talladega Pattern and Aluminum Works is an aluminum and brass casting facility located in Talladega, Alabama. Starting in 1954 as a machine and pattern shop, they now specialize in the manufacturing of quality castings used in playground equipment, pole line hardware, substation connectors, feed truck parts and highway sign structures.… Read more >
Grand Ledge, MI April 2013
Farrar Corp., an iron casting facility in Norwich, Kan., recently installed a drum blast machine from Roberts Sinto Corp., Grand Ledge, Michigan, to replace a conventional tumble blast unit.
Sintokogio, the parent company of Roberts Sinto, is introducing advanced designs and abrasive blats technology to the North American market.… Read more >
In the beginning, there was hand grinding. Parts were non-uniform, progress was slow and injuries weren’t uncommon. After robots came on the scene, parts started to become more uniform, but mistakes could be easily duplicated. They were prone to breakdowns, and although parts could be finished relatively faster, the machines still required a one-to-one ratio to human operators.… Read more >