Custom 3D printing for real-world parts.

We produce functional components such as brackets, adapters, housings, fixtures, prototype parts and custom replacements, as well as presentation and promotional items. Feasibility depends on size, geometry, material and how the part will be used.

No. An STL, STEP or other 3D model is helpful for printing, but you can also send a sketch, photos, dimensions or an existing part. If a design must be created, we can quote that CAD work separately.

Common options include PLA, PETG, TPU, ABS and ASA, plus selected polycarbonate and fiber-reinforced filaments. We can recommend candidates based on stiffness, flexibility, heat, sunlight exposure and other needs; final properties depend on the specific filament and print design.

Our advertised maximum build envelope is up to 15 × 15 × 15 inches (approximately 381 × 381 × 381 mm). The usable size varies with the machine, material and part orientation. Larger designs can sometimes be split and assembled.

One-off parts are welcome. We also produce repeat orders and small batches. We quote each job based on setup, material, machine time, quantity and any finishing or assembly work.

Strength and accuracy depend on material, design, layer orientation, printer settings and geometry. FDM parts have visible layer lines and are generally anisotropic. We review critical fit requirements during quoting but cannot promise a universal tolerance or certify safety-critical use.

Some materials, including ASA and certain engineering filaments, may be better suited to sunlight or elevated temperatures than standard PLA. Tell us the expected environment so we can assess material suitability and realistic limitations.

Timing and price depend on model size, material, machine time, quantity, complexity and current production scheduling. Upload your model and requirements for a project-specific quote and estimated timeline.