Find out how to make high quality prototypes in a very short time.
It is a rapid additive prototyping technology that combines precision, aesthetic effect and a wide choice of opaque or transparent materials. Widely used for presentations, fairs and exhibitions given the numerous applicable surface finishes.
Sintered prototypes offer excellent mechanical performance and heat resistance. This technology is generally chosen for assembly and mechanical testing. The finish is porous, but the surface can be sanded to achieve different degrees of finish.
Metal 3D printing (Direct Metal Laser Sintering - DMLS) is an industrial process that allows for the creation of fully functional metal prototypes. It is ideal when the geometry or structure of the part is not achievable with traditional subtractive methods, for example, where a lattice or honeycomb structure is needed to reduce the overall weight of the part.
Ceramic 3D printing represents a potential revolution for many industrial sectors. From aerospace to dental, defense, and semiconductors, the ability to create complex, high-definition geometries with 99% ceramic materials is a reality.
Excellent rapid manufacturing resource to produce numerically limited series items using polyurethane material. You can produce parts with rigid , semi-rigid or soft plastic and materials are available with V0 certification and FDA certification
Definitive material and a degree of precision not yet reachable by most of the rapid additive prototyping machines. The prototypes obtained from the solid can be subjected to certification , tests in the wind tunnel, functional tests or chemicals .
Scale 3D models and special machines.
For fairs or special projects to present to an audience, our customers ask us to reproduce mockup or 3D scale models that serve to represent the product or its specific functionality.
Does your prototype need to have an aesthetic appearance that is meticulously detailed? Does it need to be painted and silkscreened?
Discover all the surface finishes we can apply to your prototype to make it truly unique!
Modern rapid prototyping technologies allow you to achieve high quality prototypes in very short time by exploiting the potential of Additive Manufacturing. The construction process of these prototypes takes place by "addition" of material, this means that the material needed to obtain a given geometry sediments (thanks to a laser or filaments of molten material) layer by layer, guaranteeing a great constructive freedom without limitations for undercuts, sharp edges or draft angles that cannot be achieved with classic subtractive technologies. The research focused on improving the performance of both rapid prototyping machines and materials that are increasingly closer to the final ones in the case of stereolithography and sintering, increasingly performing as technopolymers in the case of FDM instead. Material improvements are immediately noticeable and have been understood not only by the consumer products industry (a pioneer in the use of these technologies) but also by the world of mechanical constructions intended as packaging or production lines that are replacing old and expensive metal components with the new plastic models, often breaking away from the plastered and hierarchical logic of the subcontracting of spare parts and line maintenance. Even the world of avionics and aerospace research has been able to recognize the innovation of additive manufacturing and has invested in the search for solutions suited to its needs, paving the way for the sintering processes of metals and composite materials to be used not simply for laboratory tests but also for components mounted on real aircraft. So, whatever is your reference sector, you can choose from a wide range of materials and technologies the most suitable solution for your needs, whether you need to make aesthetic pieces or whether you need to make functional pieces to be tested. Find out more about our rapid prototyping services and the surface finishes we can make.
