Product Prototypes
Validate shape, fit, and basic functionality.
Additive Manufacturing
3D Printing Service
Turn digital models into physical parts quickly for prototypes, fit checks, functional testing, fixtures, and short production runs.
Recommended files: STEP, STL, 3MF, OBJ, SLDPRT, ZIP
Common RFQ Inputs
Prototype housing, snap-fit part, fixture, manifold
- Typical Quantity
- 1-500 pcs
- Main Goal
- Speed, complexity, low tooling cost
- Post-Processing
- Sanding, painting, polishing, dyeing
Overview
Fast manufacturing for design validation
3D printing removes the need for traditional tooling and lets a digital file become a physical part in a short time. It is ideal for appearance models, engineering validation, low-volume parts, and complex internal geometry.
Fast Prototypes
Validate shape, assembly, ergonomics, and appearance early in the design cycle.
Complex Geometry
Build internal channels, lattice structures, and shapes that are hard to machine.
Low Startup Cost
No tooling required, which makes short runs and revisions easier to manage.
Short Lead Times
Good for urgent samples, proof-of-concept builds, and time-sensitive launches.
Processes
Available print technologies
| Process | Best For | Strengths | Common Materials |
|---|---|---|---|
| FDM | Concept models, fixtures, low-cost large parts | Low cost, broad material range, fast turnaround | PLA, ABS, ASA, PETG, Nylon |
| SLA | Appearance parts, fine detail, display models | Smooth surfaces, excellent detail | Standard resin, tough resin, high-temp resin |
| SLS | Functional prototypes, snap-fit parts, short plastic runs | No supports, strong geometry, complex forms | PA12, PA11, glass-filled nylon |
| MJF | Short-run plastic parts, enclosures, consumer products | Efficient throughput, repeatability, good part density | PA12, TPU |
| Metal Printing | Metal prototypes, complex channels, lightweight structures | Useful for advanced metal part design | Aluminum, stainless steel, titanium, nickel alloys |
Materials
Common 3D printing materials
Material choice affects strength, heat resistance, appearance, dimensional stability, and cost. Share your use case and we can recommend a suitable option.
ABSASAPLAPETGPA12PA11TPUStandard ResinTough ResinHigh-temp ResinAluminumStainless SteelTitanium
Finishes
Post-processing options
Depending on the target look and function, printed parts can be cleaned, sanded, dyed, painted, polished, tapped, or fitted with inserts.
Presentation parts: sanding, primer, paint, clear coat
Functional parts: tapping, heat-set inserts, local machining
Batch parts: dyeing, blasting, tumbling, marking
Metal parts: heat treatment, blasting, polishing, machining
Applications
Typical uses
Fixtures and Jigs
Create light tools for assembly, testing, and production support.
Complex Flow Paths
Useful for manifolds, channels, and light-weight internal structures.
Short Production Runs
Good for low-volume, multi-variant, or highly customized parts.
Design Guidelines
What to check before you upload
Wall Thickness
Avoid overly thin unsupported walls and long fragile features.
Tolerance
Printing is ideal for many parts, but not every surface should carry a machined tolerance.
Finish Allowance
Leave room for inserts, paint, polishing, and secondary operations.
Orientation
Part orientation affects support usage, strength, and visible surface quality.
FAQ
Frequently asked questions
Can I quote with only an STL file?
Yes, but a STEP file or original CAD model often gives a more reliable geometry and dimension reference.
Is 3D printing good for production?
It works well for short runs and customized parts. For higher volumes, we may also recommend molding or machining.
Can I request color and surface finishes?
Yes. Different materials can support painting, dyeing, blasting, sanding, or polishing workflows.
Start RFQ
Ready to evaluate a 3D printing quote?
Upload your file and tell us what the part needs to do. We will review process fit, material selection, and lead time.