bildit3D

3D Printing

Have a design? We'll manufacture it.

Send an existing STL, STEP, 3MF, or OBJ file and we'll handle material, printing, and finishing.

Applications

Common uses for finished prints

  • Prototypes
  • Functional parts
  • Mechanical adapters
  • Custom tools
  • Replacement components
  • Mounting brackets
  • Electronics enclosures
  • Fixtures
  • Display models
  • Scale models
  • Decorative pieces
  • Art pieces

File Formats

Supported design file formats

STEP files are particularly useful if the design needs modification before printing. STL and 3MF are ready-to-print mesh formats.

.stl

Most common format for 3D printing

.step

Especially useful if modifications are required

.3mf

Retains more print-specific detail than STL

.obj

Supported for most geometry

Guidance

Material, quantity, and tolerances

Material: Specify what you want and we’ll print in it. The full breakdown is on the Capabilities page. If you’d like a recommendation, select “Not Sure” on your quote request and describe how the part will be used, and we’ll suggest a material suited to the job.

Quantity: Well suited to single prototypes, one-off replacement parts, and low-volume production runs.

Tolerances: Achievable accuracy depends on geometry, material, print orientation, and part size. Let us know which dimensions are critical so we can account for them.

Surface finish: FDM printing produces visible layer lines; orientation can be chosen to keep critical or visible surfaces smoother.

What We Need

Information to include with your request

  • Model
  • Quantity
  • Intended use
  • Material
  • Colour
  • Critical dimensions
  • Required completion date

Finishing & Post-Processing

Finished, not just printed.

Every part receives standard post-processing including support removal, deburring, filing and cleanup as required. Additional options including smooth or textured build surfaces, acetone vapor smoothing and heat-set threaded inserts are available depending on the application.

Every printed part is inspected and cleaned before delivery. Standard post-processing is included and may involve support removal, deburring, filing of rough edges, removal of strings or minor print artifacts, cleanup of support-contact areas, and general visual inspection as appropriate for the part.

  • Support removal
  • Deburring
  • Filing rough edges
  • Removing strings and minor print artifacts
  • Cleaning support-contact surfaces
  • Minor manual finishing where required
  • General visual inspection

You receive a finished and cleaned component, not a raw print removed directly from the printer. Standard post-processing does not remove all visible layer lines or produce a fully smooth cosmetic finish. See the optional finishes below for that.

The face of the part that contacts the build plate can have a different appearance depending on the plate used.

Smooth Plate

The face contacting the build plate receives a relatively smooth, flat finish.

Suitable for

  • Cosmetic bottom surfaces
  • Clean flat surfaces
  • Parts where a smoother first-layer appearance is preferred
  • Flat mating surfaces where appropriate

Textured Plate

The face contacting the build plate receives a fine textured, matte appearance.

Suitable for

  • Cosmetic components
  • Uniform matte surfaces
  • Hiding minor first-layer variation
  • Parts where a textured first-layer finish is preferred

Build plate selection primarily affects the face of the part that contacts the build plate. Other surfaces will retain the normal FDM printed finish.

Acetone vapor smoothing is only available for parts printed in ABS or ASA. The process works by briefly exposing the part to acetone vapour, and only these materials dissolve in acetone, so it cannot be used on PLA, PETG or TPU. On a compatible part it reduces visible layer lines and produces a smoother, more uniform, more aesthetic surface finish.

Because vapor smoothing slightly softens and redistributes the outer surface of the part, it may affect dimensional tolerances, sharp edges, small details and critical mating features.

Best suited for

  • Cosmetic enclosures
  • Covers
  • Housings
  • Display components
  • Parts where appearance is a higher priority

May not be suitable for

  • Precision fits
  • Tight-tolerance interfaces
  • Small detailed features
  • Critical mating surfaces

Heat-set metal threaded inserts can be installed into appropriately designed printed parts to provide stronger and more durable threaded connections than repeatedly fastening directly into printed plastic.

Suitable for

  • Electronics enclosures
  • Covers and panels
  • Equipment brackets
  • Repeated assembly/disassembly
  • Mechanical assemblies
  • Mounting systems
  • Insert size and thread requirements should be specified when requesting a quote.
  • Existing models may require modification to properly accommodate inserts.
  • Insert installation is optional and not automatically included.

Don’t have a printable model yet? Our Design + Print service can help turn your idea, sketch, or existing part into a finished design.

Ready to send us your file?

Upload your model and project details and we'll follow up with a quote.

Request a Printing Quote