InduPlast 3D Printing En
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INDUPLAST LA SOLUCIÓN A SUS PROYECTOS PIEZA MECANIZADA SPECIALITS IN PLASTIC MACHINING PRINTING The definitive solution for your projects

Adapting solutions since 2004 For more than 3 years, we have been developing 3D additive printing by fusión tasks, with the HP JET FUSION printer. Thanks to the success of this tool,together with traditional machining services,manufacturing demand has increased. For this reason, we have extended the technological processes. Machining Processes Technical advice Fusion additive printing processes with the 3D HP JET FUSION are starting to replace traditional manufacturing techniques in the majority of industrial sectors. Capability to produce a batch of parts in a single printing Manufacture...

MACHINED PART INDUPLAST THE SOLUTION FOR YOUR PROJECTS MACHINERY GUARDS We are incorporating 3 new manufacturing lines in 3D printing Fused Filament Fabrication Fused Filament Fabrication + Continuous Filament Fabrication 145 x 145 x 185 mm Layer height: 25 – 300 µm XY Resolution: 25 µm 330 x 240 x 300 mm Layer height: 0.06 – 0.2 mm Tolerances: ± 0.2 mm 330 x 270 x 200 mm Layer height: 0.05 – 0.25 mm Tolerances = ± 0.08 mm SLA Stereolithography Laser technology that uses basic materials and technical resins sensitive to UV light. A rapid prototyping solution, it offers a high degree of...

FDM/ FFF Fused deposition modelling The conversion of filaments into industrial quality parts with good properties. Very durable standardised materials are used with this technique, adding stability to their mechanical properties over time and quality to the parts. Thermoplastic materials for production processes that are used in FDM are adequate for detailed functional prototypes, durable manufacturing tools and small part volumes. MATERIALS: PLA, HTPLA, TPU, FLEX, ABS, PET, ASA, PC, PP, PA, PAHT, ETC.

INDUPLAST THE SOLUTION FOR YOUR PROJECTS MACHINED PART MACHINERY GUARDS FFF+CF / FDM with fibres Material filament printing with fibre filler. This printer is also designed for printing those types of materials that already have glass, carbon, Kevlar fibre filler, etc Examples Polyamide+33% carbon fibre Flame retardant (FR) materials -PA FR -PA+33%CF FR Electrically conductive materials: Graphite The result of this process is a visible improvement of the mechanical properties, which can sometimes equal those of aluminium 6061 T6, at a lower weight.

With this very innovative process, we offer the unique opportunity to transform a model with dimensions of up to 300 x 300 x 350 cm into a technical design, to then be manufactured by machining or 3D printing. It is used to validate manufactured parts, to components attached to the sample, to design tools for already design their manufacture, to recover the design of the component and even to improve the model part (reverse engineering). 3D Scanning of human figure

MACHINED PART INDUPLAST THE SOLUTION FOR YOUR PROJECTS MACHINERY GUARDS 3D Scanning Maximum dimensions: 300 x 300 x 350 cm Operating Modes: Handheld HD Scan Handheld Rapid Scan STL, STEP, IGES, PART (Solidworks, Solidedge) 3D Scanning OBJECT Scanning (.stl) Mash Manipulation CAD generation Reverse engineering Obtaining drawings Additive manufacture Traditional manufacture

ADITTIVE PRINTING Plastic machining 3D additive printing Customised technical advice GOODS TRANSPORT LINES · TECHNICAL . TECHNICAL ENGINEERING · MACHINERY · CHEMICAL · LABORATORIES · AUTOMOTIVE · ELECTRONICS · ELECTRICAL