Downloads News FAQ Clients Research and development Quality Production processes Products Leagues Technologies Company Research and development 3D printing: The challenge of the future We are experiencing a real industrial revolution, even if we don't notice it. In the near future many objects of common use will be created with this technology, reducing costs and energy consumption, and giving us the freedom to imagine shapes not constrained by the limits of current manufacturing processes, perhaps producing them directly where needed. To print an object in 3D according to current technology, extremely small metal powders (from 20 to 100 microns in size) of the desired high purity alloy are used, which thus also determines the quality of the produced object. Technology Technologies for additive manufacturing include technologies such as laser melting that we are studying and developing with the collaboration of Politecnico di Milano and Renishaw. This collaboration will allow us to carry out research on various fronts: from the materials used, which may include the development of new specific alloys for this process, to the technology in general to improve performance, up to the orientation and stratification strategies of the powders to obtain the best results in terms of mechanical characteristics in finished products. The use of laser sources in manufacturing is an emerging technology, particularly suitable for those sectors such as: the orthopedic sector, the aerospace industry, with an absolute degree of customization and objects produced in a few units. Our goal is to introduce this technology to other fields. The possibility of producing the requested piece on site could revolutionize the very social organization of work. Laser melting is an additive manufacturing process that uses digital technologies and focused laser energy to weld metal powders and create three-dimensional objects. The pieces are made starting from very fine powders obtained by atomization in the different metals or alloys which, during the additive production process in a bed of powders, are welded together in a controlled atmosphere in layers of variable thickness between 20 and 100 microns. Technical specifications of the plant used for the experimentation: Renishaw AM250 laser technical specifications for additive manufacturing systems: Fiber laser power: 200W Operating space: 245mm × 245mm and 300mm high Machine speed: from 5 cmq to 20 cmq per hour Low energy consumption Diameter of the laser beam 70 µm Per ulteriori informazioni sulla stampante: clicca qui I Vantaggi che può portare la stampa 3D Riduce i tempi di produzione Riduce i costi di lavorazione Consente di produrre componenti con geometrie complesse Ideale per applicazioni aerospaziali e medicali Leghe attualmente testate e disponibili sul mercato Alluminio AlSi10Mg Titanio Ti6Al4V Acciaio inossidabile 316L e 17-4PH Cromo-Cobalto ASTM75 La sfida della stampa 3D La stampa 3D è sicuramente l'inizio di una vera e propria rivoluzione industriale. Nel prossimo futuro moltissimi oggetti potranno essere prodotti con questa tecnologia dandoci la libertà di immaginare e realizzare forme non vincolate dai limiti di processo di fabbricazione attualmente conosciuti. L'analisi strutturale al fine di ottimizzare il peso e la struttura dei pezzi tramite l'utilizzo di software come Materialise MAGICS, sarà la prossima frontiera verso cui ci spingeranno le tecnologie di additive manufacturing. Masperotech S.r.L. - P.IVA: 04458170968 - C.F: 04458170968 Capitale i.v: 880.000,00 Euro - REA n. MB 1750028 (N°iscri. CCIA Monza e Brianza). Uffici e deposito: Via Ercolano 2 - 20900 - Monza (MB) - tel. 039 204521 - info_masperotech@cmogroup.it powered by Sinte Cookies help us to provide our services. By using these services, you accept our use of cookies. OK