3D Printing Guidelines

File Preparation Made Simple

Everything you need to know to ensure your 3D prints come out perfect every time

4
File Formats
1.0mm
Min Wall Thickness
220mm
Max Build Size
45Β°
Max Overhang

Important Policies

🚫 Prohibited Items

We do NOT accept orders for items that appear to be functional weapons or guns.

This includes firearms, firearm components, realistic weapon replicas, or any item that could be mistaken for a real weapon. We reserve the right to refuse any order that violates this policy.

⚠️ Support Structures & Quality

Important Notice: If your print requires support structures, we'll notify you before proceeding.

  • β€’You can agree or disagree to use supports
  • β€’Supports may leave marks requiring post-processing
  • β€’We are not responsible for quality issues from support removal

By agreeing to use supports, you accept these potential quality variations.

Accepted File Formats

We support the most common 3D file formats

.STL

Standard Tessellation Language

RECOMMENDED

Best compatibility and fastest processing

.OBJ

Wavefront Object

Widely supported format

.3MF

3D Manufacturing Format

Modern format with metadata

.STEP / .STP

Standard for Exchange of Product

CAD engineering format

Technical Requirements

Essential specifications for successful prints

  • Models must be watertight (manifold) with no holes or gaps
  • All normals should face outward
  • No inverted faces or non-manifold edges
  • Remove duplicate vertices and overlapping geometry
PLA Material
1.0mm
Minimum thickness
PETG Material
1.2mm
Minimum thickness

Thinner walls may result in weak or failed prints

Maximum Build Volume
220 Γ— 220 Γ— 250 mm
  • Minimum feature size: 0.4mm (nozzle diameter)
  • Large models may need to be split into multiple parts
  • Overhangs beyond 45Β° typically require support structures
  • Bridges longer than 10mm may sag without supports
  • Consider model orientation to minimize overhangs

Pro Tips for Perfect Prints

Expert recommendations to optimize your files

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Scale Correctly

Ensure your model is at the correct real-world scale (in millimeters)

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Check Mesh Integrity

Use tools like Meshmixer or Netfabb to repair mesh errors

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Optimize Polygon Count

High-resolution models (over 1M polygons) may slow processing

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Add Drainage Holes

For hollow models, include small holes to prevent air pressure issues

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Consider Orientation

Think about how the model will be oriented during printing

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Test Small First

For complex designs, consider printing a smaller test version

Need Help with Your Files?

If you're unsure whether your file meets our requirements, don't worry! Our team will review your file after upload and contact you if any issues are found.

Contact Our Team