We offer support in product development to make the most of the potential of additive manufacturing, a technology that can be effective in the creation of prototypes but also in the production of components for use in serial production.
Starting from the CAD modeling phase, the component is redesigned in order to reach functional and aesthetic targets with maximum printing efficiency. Thanks to topological optimization, the structural mission of the component is considered in order to lighten it where possible while leaving the performance unchanged from a reliability point of view.
For thermoplastic materials we distribute the FDM printing solutions of Bigrep, a German company based in Berlin and leader in large format solutions.
GERMAN-ENGINEERED FOR RELIABILITY AT AN ACCESSIBLE PRICE POINT
The BigRep ONE is a large-format 3D printer German-engineered to work around the clock. With an install base of over 500 systems, it's a trusted tool of industrial manufacturers around the world at an accessible price point. Featuring a massive one-cubic-meter build volume, the ONE works quickly and reliably to bring your designs to life in full scale.
PREMIUM EFFICIENCY FOR INDUSTRIAL APPLICATIONS
The STUDIO G2 is an industrial 3D printer specially designed for reliability with abrasive and engineering-grade materials. It's a durable, cost-effective partner for innovation with the best ratio of build-volume to resolution on the market. Contained in a sleek, space-conscious body, the G2 is perfect for the production of large-format parts in any work space - from the office to the factory floor.
A TRULY INDUSTRIAL 3D PRINTING EXPERIENCE
The BigRep PRO is a large-format 3D printer designed for high productivity in industrial manufacturing environments. It provides engineers and manufacturers with a highly scalable solution, able to efficiently manufacture end-use parts and products or factory tooling with high-performance, engineering-grade materials. With a generous 1m3 build volume, it's an industrial 3D printer with the speed and reliability to supercharge your production.
Powder Bed Fusion
Powder bed fusion process uses thermal energy to melt specifi c points on a layer of metallic powder. The thermal energy – generated by a laser source – melts the powder material, which then solidifies as it cools, creating the part layer by layer. After the melting of one layer, the platform lowers, and the powder recoater deposits a new layer. This process is repeated until the complete component is manufactured.
BEST FOR: COMPLEX PRODUCTS, PROTOTYPES.
Laser Metal Deposition
The laser metal deposition process uses focused thermal energy generated from a laser source to fuse powder metal sprayed at the focal point of the laser beam. This laser beam melts the deposited powder to the component. The laser is coaxial to the deposition head which moves in 3 to 5 simultaneous axes. A rotary tilt table can also be installed in order to keep the melt pool created on a horizontal plane.
BEST FOR: REPAIRS AND COATINGS, ADDING FEATURES TO EXISTING PARTS
Hydrolytic stability & resistant to chemicals and heat
High-performance & durable structure
Bologna - Italy
T: +39 051 406206
Via Agucchi, 47 – 40133
Viale Alcide De Gasperi, 26 - 40132
Registro Imprese: BO – 533954
Shanghai - China
T: +86 21 62965822
No.355, HongQiao Road, XUHUI district