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We utilize a diverse assortment of material options for 3D prototype and production parts. ProtoEdge™ is not limited to materials shown. Specific applications that require mechanical material properties for engineers and product design developers to validate form, fit, and function testing are available in metal, plastic, and rubber for such parts as bearings, flanges, impellers, housings, rotors, and valve-plates plus other similar components for various industries.

• Metal CNC Matl.
  CNC MILLING AND TURNING – ProtoEdge offers the materials listed below ...
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• Metal 3D-17-4 SS
  DMLM/DMLS 3D Printing: 17-4 stainless steel provides an outstanding combination of high-strength ...
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• Metal 3D-316 SS
  DMLM/DMLS 3D Printing: 316 stainless steel provides corrosion resistant and have chemical composition corresponding to ASTM F138 ...
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• Metal 3D-ALSi10Mg
  DMLM/DMLS 3D Printing: Aluminum (ALSi10Mg) provides good casting properties and is typically used for cast parts with thin walls and complex geometry ...
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• Metal 3D-Ti-64
  DMLM/DMLS 3D Printing: Titanium Ti-64, have a chemical composition and mechanical properties corresponding to ASTM F136 ...
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• Metal Swiss CNC Matl.
  SWISS MACHINING TURNED COMPONENTS – ProtoEdge offers the materials listed below. However, since we make components out of a wide range of metal ...
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• Plastic Fused Deposition Modeling (FDM) – ABS-M30
  ABS-M30 - 3d manufacturing material is ideal for conceptual modeling, ...
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• Plastic Fused Deposition Modeling (FDM) – Nylon 12
  Nylon 12 - 3d manufacturing material is ideal for repetitive snap fits, high fatigue resistance, ...
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• Plastic Fused Deposition Modeling (FDM) – Nylon 12 CF™ ...
  Nylon 12 CF™ Material, is a carbon-filled thermoplastic comprised of a blend of Nylon 12 resin and chopped carbon ...
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• Plastic Fused Deposition Modeling (FDM) – PC-ABS
  PC – ABS blends - 3d manufacturing material is ideal for conceptual modeling, ...
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• Plastic Fused Deposition Modeling (FDM) – PC (Polycarbonate)
  PC - Polycarbonate - 3d manufacturing material is ideal for conceptual modeling, fit and functional prototypes plus end-use –parts. Flame Classification is UL 94 - HB.
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• Plastic Polyjet Matl. - VERO
  PolyJet Vero Rigid – Smooth surfaces 3d manufacturing materials in rigid, rubber, opaque, and transparent.
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• Plastic Stereolithography – Accura 25 SLA Matl.
  3D Printing Thermoplastic Rigid – 3d manufacturing materials in rigid opaque, and transparent. This technology print materials in rigid ...
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• Plastic Stereolithography – Accura ClearVue SLA Matl.
  3D Printing Liquid Density Rigid – 3d manufacturing materials in rigid high clarity plastic. This technology print materials ...
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• Plastic Stereolithography – SLA Accura Extreme White 200
  ProJet Professional 3D Printing Rigid – Smooth surfaces 3d manufacturing materials in rigid opaque. This technology print materials ...
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• Plastic Selective Laser Sintering – SLS DuraForm PA
  SLS 3D Printing – for additive manufacturing and rapid prototyping process, builds 3d rigid parts. Durable thermoplastic allows mechanical ...
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• Plastic Fused Deposition Modeling (FDM) – Ultem 9085 ...
  Ultem 9085 - 3D manufacturing material is ideal for conceptual modeling, fit and functional prototypes plus end-use – parts ...
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• Rubber Fused Deposition Modeling (FDM) – TPU 92A Elastomer
  FDM 3D Printing – Additive Manufacturing – for additive manufacturing and rapid prototyping process, builds 3d rubber like elastomer parts ...
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• Rubber Polyjet Matl. – Tango (Rubber-Like)
  PolyJet Tango (Rubber-Like) – Smooth surfaces 3d manufacturing materials in rigid, rubber, opaque, and transparent ...
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