Service Overview
Move faster before tooling or CNC production.
3D printing is ideal for early product development, complex geometry, lightweight structures, and rapid design iteration.
- Plastic prototypes for appearance, fit, and assembly tests
- Metal additive manufacturing support for complex parts
- Single-piece orders and fast design iteration
- Post-processing including sanding, painting, plating, and assembly
Options
Plastic and metal printing paths.
Plastic 3D Printing
Suitable for concept models, assembly testing, appearance samples, and functional prototypes. Material options may include ABS, PC, nylon, resins, and other engineering plastics based on project needs.
Metal 3D Printing
Useful for complex metal components, lightweight structures, and geometry that is difficult to machine early in development. Material selection is reviewed case by case.
Use Cases
Useful when speed and design flexibility matter.
Concept Models
Quick visual models for early decision making.
Fit Checks
Assembly trials before machining or tooling.
Functional Tests
Engineering prototypes for real application review.
Complex Parts
Structures that are difficult or expensive to make conventionally.
At a Glance
3D printing service overview
| Quantities | Single pieces, design iterations, and small batches |
|---|---|
| Materials | Plastics such as ABS, PC, nylon, and resins; metal additive manufacturing reviewed case by case |
| File formats | STL, STEP, STP, IGS, IGES, X_T, SLDPRT |
| Post-processing | Sanding, painting, plating, and assembly support |
| Best for | Concept models, fit checks, functional testing, and complex geometry |
| Quoting inputs | Material, surface finish, function, quantity, and deadline |
3D Printing FAQ
Common questions about 3D printing
When should I 3D print instead of machining?
When speed, design freedom, or complex geometry matter more than final material properties — typically early validation and fit checks.
Which materials can be printed?
Common plastics include ABS, PC, nylon, and resins. Metal additive manufacturing is reviewed case by case against the part geometry.
Can printed parts be finished like production parts?
Sanding, painting, plating, and assembly are supported so appearance models can approach production-like surfaces.
Related manufacturing routes
3D Printing RFQ
Send CAD files for a process recommendation.
Tell us your material, surface finish, function, quantity, and deadline.