Through customised cast cores made with 3D printers, Bosch Rexroth says its foundry has successfully reduced delivery times and costs for individual castings and small series.
16 Mar 2015 | 4881 Views | By Autocar Professional Bureau
Through customised cast cores made with 3D printers, Bosch Rexroth says its foundry has successfully reduced delivery times and costs for individual castings and small series.
Whether it is spare parts for older machines or cars, prototypes for new products or small series, 3D printers are helping the foundry ...
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Through customised cast cores made with 3D printers, Bosch Rexroth says its foundry has successfully reduced delivery times and costs for individual castings and small series.
Whether it is spare parts for older machines or cars, prototypes for new products or small series, 3D printers are helping the foundry accelerate the production of cast components. ‘Printing’ tailor-made casting cores and moulds helps reduce both delivery times and costs for individual casting parts to a minimum and is an important step towards industry 4.0.
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The tool-less production of components with the casting process is the most economical method in many cases. The most time-consuming and expensive step in the core shooting process has been the production of a negative mould of sand. Individual tools are traditionally made to give the sand form in a complex process. Thus, the method calculates only at higher volumes.
With two 3D printers, the shape and casting technology from Bosch Rexroth in Lohr, Germany simplifies this crucial step. "We are focused on providing our customers with a measurable technological advantage," says Florian Müller, commercial director of the foundry. Customers only send the CAD data of the desired component and the 3D printer finishes it after using the additive principle in the corresponding sand core or mould in complex geometries. Data can also be generated by these optical measuring systems. This eliminates the development and production of individual tools for mould making. It also reduces the costs for prototypes and small series and greatly shortens the processing time of the arrival of CAD data set to the finished moulded product.
"Many of our customers are already convinced of the benefits of this innovative method for fast tool-free production," says Florian Mueller.