Cromer NSW · 3D design & part printing

3D Universe

Design-led 3D printing for practical parts, prototypes, and custom solutions.

3D Universe helps turn sketches, damaged parts, rough ideas, measurements, and existing files into usable 3D models and printed components. The focus is practical design first: parts that fit, function, and can be refined.

CAD design Reverse engineering Functional parts Multiple materials

Services

3D design first, with printing to suit the job

The best printed parts usually start with good design: correct dimensions, useful tolerances, suitable wall thickness, the right material choice, and a clear understanding of how the part will be used.

01

Custom 3D Design

CAD modelling for new parts, brackets, fixtures, covers, housings, adaptors, mounts, jigs, and practical one-off solutions.

02

Reverse Engineering

Recreate or improve an existing part from photos, measurements, sketches, or a damaged sample where practical.

03

Prototype Development

Iterate shape, fit, strength, mounting points, and usability before committing to a final part or production approach.

04

Parts Printing

Print functional components, replacement parts, small production runs, hobby parts, workshop aids, and project-specific items.

Materials

Printed in materials matched to the application

Material choice affects heat resistance, flexibility, surface finish, durability, stiffness, cost, and print time. Jobs can be specified around the purpose of the part rather than just the shape.

General purposePLA-style materials for models, drafts, visual checks, and low-stress parts.
Durable partsPETG-style materials for tougher practical components and everyday use.
Heat/UV useABS/ASA-style options where higher temperature or outdoor use is required.
Flexible partsTPU-style materials for pads, grips, bumpers, flexible mounts, and protective pieces.
Engineering optionsStronger and specialty materials can be discussed for demanding jobs.

Process

A practical workflow for custom jobs

  1. Explain the problem. Send measurements, photos, sketches, notes, or existing 3D files.
  2. Design the part. Build or adjust the 3D model around fit, strength, clearance, material, and intended use.
  3. Prototype if needed. Print a test version to check fit and function before finalising the part.
  4. Print the final item. Produce the selected design in a suitable material and finish for the job.

Contact

Talk through a part, repair, prototype, or design idea.

Based in Cromer on Sydney's Northern Beaches. For quotes, the most useful starting point is a short description plus photos, dimensions, or files if available.

0418 869 866

78 Willandra Road
Cromer NSW 2099

Quote form and file upload options will be added in the next site version.