is a new technology which utilizes the chemical properties of certain plastic materials, usually molded in filaments, to construct objects layer by layer, using infill on various percentages at the same time to ensure its rigidity. This is an additive process, which means that no excess material is used for the construction. The layers are quite thin (<0.5mm), so the finished product is almost identical to the prototype.
Our company offers 3D prototyping and modelling, 3D design and stress testing using CAD-CATIA sourced programming, as well as part construction using ABS/PLA-PVA and nylon materials.
We utilize 2 different 3D Printers, used for different printing purposes: an Omni3D Architekt 1.1 for large objects (310x310x410mm of maximum dimensions) with medium-resolution requirements (200 microns) and a MakerBot Replicator (5th Gen.) for small and medium sized objects (250x200x150mm) with high-resolution requirements (100 microns)
Note: PLA-PVA is a biodegradable non-toxic polymer based in corn, completely free of heavy metals, pthalates or BPA. This means that objects made from this material are completely safe for use as toys or things used from children or other sensitive groups.
Also, we offer construction using other materials, such as metal, bronze or silver. Please inquire us for a detailed quotation.
This is a small sample list of what we can measure, design and construct:
Vise, impeller, chain, etc
Renault 17TL Power window Assembly Gear 52t sketch
Regulator Gear 52t 3D sketch
Renault 17TL Servier Assembly 52t Gear
Dell’Orto 40DHLA Rampipes and Scudetto Keyring
25 hole LED Base for Arduino controlled light signage
Shark, logarithmic gears, etc
Renault 17TL odometer gear sketch
Renault 17TL Odometer gear 15t – original and reproduction
spur gear, iphone case, nut and bolt, etc
AlfaSud 1.2 fuel Pump spacer – original and reproduction
Renault 17TL Rear Hatch Lock Surround 3D sketch Ortho
Renault 17TL Rear Hatch Lock Surround 3D sketch
Custom orange Quadrifoglio with white triangular plate
4 Speed Gearbox parts including hex 8mm nuts, nylock nuts and rods
4 Speed Fully synchronized Gearbox with gear selector. Known distance: Axle center lines: 59mm
4 Speed Fully synchronized Gearbox with gear selector. Known distance: Axle center lines: 59mm
13 piece Bedlam Cube
13 piece Bedlam Cube
Single piece adjustable bracelet in black PLA
Velocity stack plate design on Weber DCOE40 template
43-48mm Weber Velocity Stack. Length: 72mm
70mm Velocity Stacks (40-43mm diameter) Fixed on Weber 40DCOE carburators
Modeled from a W12 VW Phaeton powertrain and expanded to 16 cylinders.
Modeled after a Lancia Fulvia 2 1.3s powertrain.
Assembled using plastiglue and snapping the parts together.
190mm diameter, printed with 0.3mm / 10% fill / raft / support. Shown after some hard sanding.
Lancia Stratos Model before assembly. All parts 3d printed with 0.3mm / 20% fill / 6 outer shells
3/4 High cam view.
Fully assembled using only plastiglue.
Designed for Chris ALFA Corse Workshop. PLA is unaffected by the cigarette’s heat. Printed with 0.3mm / 30% fill.
Modeled after Junior Zagato, with added bars. Painted silver after light sanding with 300 grit.
Hyperbolic Planetary Gearset printed at 0.2mm / 10% Fill. The rod sticking on top is for the sungear rotation.
Hyperbolic Planetary Gearset printed at 0.2mm / 10% Fill
Printed directly from Thingiverse, 0.2mm / 15% fill / raft / Support.
3 cams, 3 blocks, Direct Drive Delta Engine
Interlapping cylinders in a single liner
Analog Protractor with custom labeling
3D Representation of the part (50% scale)
Trimetric View of the part designed in DIN with industrial specifications.
3D Representation of the part (50% scale)
Trimetric View of the part designed in DIN with industrial specifications.
Trimetric View of the Design
Printed in 0.2mm/100% infill with raft and Support. Total Print time: 26h
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