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3D Print Manufacturing & Custom Solutions

Revolutionize Your Manufacturing Process With Anubis 3D

  • Agile manufacturing 3D printing for quick response to market demands
  • Additive manufacturing 3D printing for intricate and functional components
  • Rapid prototyping, low-volume production, and custom parts
  • Reduced lead times, lower costs, and increased flexibility
  • 3D print manufacturing with on-demand production reduces
    inventory and waste

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OUR 3D PRINT MANUFACTURING SOLUTIONS

Laser Cutting & Etching

Laser cutting is a conventional model-making process that can be complementary to 3D print manufacturing. It is practical and useful in the fabrication of parts that have 2D patterns.

Our laser-cutting experts can engrave or cut any design with a wide range of materials. When it comes to 3D printing for manufacturing, we work directly from vector drawings to produce the most accurate results. You can choose from a wide variety of materials and thicknesses such as Acrylic, Delrin, Foam, and more.

We can also etch our 3D printed parts with a laser engraver. This provides a highly visible, precise, and professional addition to the print.

The word 'Laser' Carved into a piece of clear acrylic

Over molding

Certain applications such as automotive fixtures require a smooth, scratch-free surface. 3D printing (also known as Additive manufacturing 3D printing) is a viable, lightweight, fast, and more cost-effective way to produce fixtures. However, sometimes surfaces can be too rough, so a polymer skin can be added to resolve this issue. Most applications use Urethane in a wide range of colours and shore hardness.

Assorted 3D-printed fixture components including clamp arms, a black base and an orange wedge

Assembly, Machining or Milling

When it comes to 3D printing for manufacturing, CNC machining is a subtractive method for manufacturing end-use parts, but it has also been adopted as a secondary process for additive manufacturing 3D printing technology. Companies often will 3D print plastic parts and then CNC machine them for the following reasons:

  • Dimensional accuracy for fit and form in assemblies
  • Achieve tight tolerances where required, in that case extra material is built in the surfaces that will be machined or built
  • Achieve smooth surfaces for critical applications requiring a specific Ra number.
  • Adding required hardware such as metal inserts, or preparing holes for hardware by tapping, or drilling

HOLLOW STRUCTURED 3D PRINTED PARTS

Anubis 3D has developed a proprietary post-process to fill hollow printed parts with various composites for our 3D print manufacturing services. This can be used for thermal insulation, strengthening, light-weighting or simply to reduce printing costs without sacrificing mechanical properties.

Hollowed Structured Part with Insulation