We offer a comprehensive steel 3D printing service, from prototyping to finished product, with a focus on lightening components and the use of multiple materials. Our 3D printers are capable of producing components measuring X: 150 mm, Y: 170 mm and H: 425 mm, while ensuring outstanding mechanical properties.
Meltio’s compact, heat-affected zone (HAZ) printing process achieves superior mechanical properties by reducing thermal stress and offering near-isotropic characteristics, superior to those of cast or forged materials.
By using metal wire, a welding product, as a raw material, we are able to significantly reduce costs compared to powder for some alloys, offering a cost-effective and high-performance alternative.
Thanks to the efficiency of the material used, the DED (Direct Energy Deposition) process with laser and wire is faster, despite using a less powerful laser than powder-based DED processes.
The Meltio multi-laser deposition process allows the metal wire to enter the melt pool coaxially, using 100% of the material, without any waste.
Our LMD process allows us to obtain the highest quality final products with excellent mechanical properties, at low costs and with zero waste, making us the ideal partner for complex 3D printing projects.
We work for over 120 clients in Italy and abroad. We do this both as a supplier for a specific series of parts and as a collaborative partner in the design and production phase, leveraging all our experience and expertise. Do you have a job in mind?
In the first case, the goal is to validate shape and overall dimensions; in the second, strength, tolerances, surface finishes, and post-processing become critical. In industrial 3D printing, the “real” final part often includes additional machining or finishing after printing.
For metal, processes such as DMLS/SLM (within the LPBF family) build the part layer by layer by selectively melting metal powders with a laser. They are chosen for complex geometries and internal channels that are difficult to achieve with traditional methods.
Cost mainly depends on volume, orientation/support structures, material, machine time, and post-processing. In metal 3D printing services, pricing is often based on volumetric metrics and then on subsequent operations (heat treatments/finishing).
Typically: STL (mesh) or STEP/3MF depending on the workflow. You’ll also need to specify material, quantity, the goal (prototype or functional part), and required tolerances.
Limits depend on the technology and material. Often the part is produced “near-net shape” and, if functional dimensions are required, CNC re-machining or targeted finishing is planned.
Sometimes yes, sometimes no. 3D printing excels at geometric complexity and lightweighting; CNC is often more efficient for functional surfaces, tight tolerances, and high-quality finishes. A hybrid approach is very common: print + machining.
Prototypes, fixtures, jigs, lightweight parts, ducts/internal channels, and components with geometries that are “impossible” with traditional subtractive machining. It makes sense when the geometry creates real value (performance, weight reduction, fewer assemblies).
Leave a message telling us about your project, otherwise we can call you back, no obligation.
O.Z. S.r.l. unipersonale
Via Cooperativa del Lavoro, 23
31043 Fontanelle (TV)
P.IVA e C.F. 04158730269
Sponsor di BTF TEAM
E: info@ozmeccanica.com
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O.Z. S.r.l. unipersonale
Via Cooperativa del Lavoro, 23
31043 Fontanelle (TV)
P.IVA e C.F. 04158730269
O.Z. S.r.l. unipersonale
Via Cooperativa del Lavoro, 23
31043 Fontanelle (TV)
P.IVA e C.F. 04158730269
