Investment casting has been a long-established method for producing metal parts with smooth surfaces and good dimensional tolerances.
The investment casting process utilizes sacrificial patterns and ceramic shell molds that allow for highly complex casting designs to be achieved. Traditionally these patterns are created by injection molding wax, and as such require the use of metal tooling. The substantial cost and time required to generate wax pattern tooling limits the range of applications for which investment casting is economically competitive.
But manufacturers are looking at the design freedom and cost savings of directly 3D printing master patterns for casting and are moving away from the traditional methods of creating investment casting patterns by CNC-machining molds and injecting wax. Stratasys offers stereolithography 3D printing as a low-cost, high-yield alternative to traditional investment casting processes.
È dimostrato che le stampanti 3D Stratasys a stereolitografia costruiscono parti di alta qualità, precise e dettagliate, con una qualità superficiale superiore. Costruita da ingegneri per ingegneri, la stampante 3D Neo è ideale per la microfusione.
Benvenuti in Stratasys, fornitore leader di soluzioni innovative di stampa 3D. Siamo orgogliosi di presentare le nostre guide complete per la microfusione, progettate e sviluppate per aiutarvi a sfruttare la potenza della stampa 3D per trasformare i vostri processi produttivi e promuovere l'innovazione.
Stampa di modelli di microfusione accurati e complessi con un'eccellente finitura superficiale.
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