Working parts, spares and prototypes manufacturing
All images refer to parts manufactured by 
3D printing
3D printing allows you to produce parts with even very complex shapes,
single or series, in metals or polymeric materials.
The technologies we use in 3d printing, allow the fabrication of parts of all levels of shape complexity without any limits, including optimized shape parts for weight and cost reduction.
metal casting
For mass production, large parts and specific metal, production in metal casting technology ( lost wax - sand mold ) is more suitable and cost-effective.
We can make cast parts in this metals
CNC machining - finishes
Parts produced can be supplied complete with the required very high precision CNC machining (drilling, threading, flattening, etc.).
We can also supply the parts with the application of finishes (burnishing, galvanic, painting, etc.)
3D scan - Reverse Engineering
3D scanning and reverse engineering service for the creation of the 3D CAD model of existing parts (even very worn ones), usable for production with all technologies, of discontinued spare parts, replicas, design, etc.
3D CAD modeling
To manufacture the part, regardless of the manufacturing technology, the 3D model is always needed.
If you do not have the C.A.D. 3D model of your part,our modelling service can make it.
If the model is not available, our modeling service can make it to your specifications (2D drawings, existing part, sketches, etc.)
Example of an optimized and manufactured steel part
C.A.D. MODEL (ORIGINAL PART)
WEIGHT gr. 219
COST € 65
TOPOLOGY OPTIMIZATION
WEIGHT gr. 92 (- 58%)
COST € 35 (- 46% ESTIMATED)
MANUFACTURED PART ( burnished steel )
WEIGHT gr. 92 (- 58%) CONFIRMED
COST € 35 (- 46%) CONFIRMED
topology optimization
In the design phase of the part to be produced, it is possible to optimize the shape with a lightening lattice structure to reduce the amount of material required, weight, production times and consequently costs.
(see example)
Note: the best solution is for the topology optimization to be applied by your designers, however we do offer an optimization service.
metals
BINDER JETTING TECHNOLOGY
(low cost parts, large parts, construction supports not required)
Stainless Steel 420/Bronze alloy for parts up to 760x390x390 mm.
Can be finished natural, nickel, gold plated, matte black .pdf
Stainless steel 316L for parts up to 760x390x390 mm.
Can be finished natural or polished .pdf
Stainless Steel 316L HD High Definition 316L stainless steel for parts up to 50x50x120 mm.
LASER SINTERING TECHNOLOGY (SLS) for parts up to 250x250x280 mm
Stainless steel 316L
Aluminum AISi10Mg or AISi7Mg0.6
Titanium Ti6Al4V
Inconel 625
METAL CASTING (LOST WAX-SAND CAST TECHNOLOGY)
Stainless steel AISI 303, 304,304L,310, 316L, 403, 410, 420, 431, 416, 17.4 PH
Aluminium
Bronze
Brass
Copper
Nickel
Cobalt
polymeric materials
PA11
polyamide PA11 (WHITE) bioplastic from renewable resources manufactured in SLS for parts up to 200x200x300mm .pdf
PA12
polyamide PA12 (white) manufactured in SLS (Selective Laser Sintering), a durable nylon for large parts sizes up to 650x350x550 .pdf
HD RESIN
High Details resin for very detailed parts up to 335x200x300mm .pdf
PAINTED POLYAMIDE
PA12 polyamide painted in custom colors PANTONE or RAL (indicate the reference code - eg PANTONE 2028C or RAL2005)
PEEK High performance thermoplastic polymer
ULTEM High performance thermoplastic polymer
HP MJF PA12
polyamide PA12 (grey or black) manufactured in HP MJF (Multi Jet Fusion), a durable material for detailed parts with thin walls and sizes up to 250x340x360 .pdf
HP MJF PA12 GLASS BEADS
Polyamide PA12 (grey or black) manufactured in HP MJF (Multi Jet Fusion) 40% glass beads filled (high stiffness and high dimensional stability) .pdf
HP MJF COLORS
PA12 color polyamide in four-color process .pdf
(required textured model formats .3mf .wrl .obj)
TPU elastomer for flexible parts
info & quote requestFill out the form and attach files to receive a custom quote
ABOUT US
We are a service company for the production of parts, components and prototypes in various metals and polymeric materials, with the use of the most convenient technologies based on the characteristics of the production (shape, material, number of parts, finishes).
We have experience in 3D design and product engineering using hardware and software tools.
A single partner for the solution of all problems related to production and an alternative to the purchase and management of equipment and resources (materials, energy, operators).