Mold-Free Turn Your Ideas into Reality Instantly
Compared to the drawbacks of traditional injection molding, using 3D printing for production is more cost-effective and flexible, making it suitable for small batch customization, rapid model validation, and more.
Traditional Injection Molding
3D Printing
Custom Molds
- Long Mold-making Cycle
- Molds Require Maintenance
- High Costs
- No Molds Required
- Zero Mold Costs
From Design to Production
Long Process
Design Equals Production
Function and Appearance
- Highly Constrained by Molds
- Difficult to Design Flexibly
- Fused Deposition Modeling
- Photocuring
- No Fear of Any Shape
Customization
Not Suitable
Suitable for Customization, Prototyping, Small Batch Production
Break Free from Mold Constraints, Design Equals Production
Worry-free Customization Optimized Printing Solutions
No single process or material can cover all scenarios. Based on your model and application, we select the best printing solution for you.
Fused Deposition Modeling
Photocuring
Appearance
Precision
Very High Precision
Material
(Non-exhaustive list, for reference only)
PLA
PETG
ABS
ASA
TPU
Composite Materials
(With added carbon fiber, glass fiber, nylon, etc.)PLA Rigid Resin
Red Wax-like Resin
ABS-like Resin
Maximum Print Size
(Length × Width × Height, in millimeters)
256×256×256
228×128×245
Production Speed
Affected by product size, quantity, complexity, and material
Cost
Moderate
High
Custom Solutions Based on Your Model and Application
Unbounded Support Dedicated Support, No Experience Needed for Delivery
Dedicated Support
Engineers track the entire process, providing 1-on-1 exclusive service. No 3D printing experience is needed to complete the delivery of printed parts.
Extensive Support
Ready to Print
STL, 3MF, STEP, and other file formats
Modification Assistance Available
Formats supported by SolidWorks, Creo, Fusion 360, Blender, etc.
Only have an idea or sketch,
but haven't started 3D modeling yet?
No worries, check out our design services to turn your inspiration into reality!