Compared to traditional machining, moving directly to mass production once the mold design is complete significantly reduces per-part costs, giving you a competitive advantage in your projects.
Powder metallurgy offers excellent homogeneity and tight tolerances in parts. Dimensional stability is maintained from the first print to the last, minimizing tolerance deviations and error margins.
Complex-shaped parts that would otherwise require multiple processing steps using traditional methods are quickly produced in a single pressing operation—without the need for additional processing—thanks to our custom die designs.
Once the mold is mounted on the press and the initial tolerance approval is granted, the process proceeds fully automatically. Human errors are eliminated, and standard production continues under the supervision of our quality control teams.
The controlled porous structure of sintered parts enables specialized solutions, such as self-lubricating bushings. This feature reduces the weight of the part while also enhancing its ability to dampen vibration and noise.
Processing metals with very high melting points, such as tungsten and molybdenum, using traditional methods requires a great deal of energy. Sintering technology enables the production of these challenging metals with significantly less energy and in a cost-effective manner.
Since the parts are formed into their final shape in a single operation, no shavings or production waste are generated. With low waste and minimized energy consumption, it is a sustainable, eco-friendly production method.