Small Custom 3d Printed Models , High Precision 3d Printed Model
Parts
| Product Name | Small Custom 3D Printed Models , High Precision 3D Printed Model
Parts |
| Material | Main: photosensitive resin,
Other material: ABS, PC, PE,PU,PP,AS,POM etc |
| Color | Customized |
| Process | 3D drawing-SLA printing-polishing-painting colors-assembling |
| Surface treament | Polishing, painting.
For other treament: Anodizing,plating,polish,sandblasting,heat
treatment etc
Engraving by cnc or laser engraving is available |
| Design software | Freeform, Pro-E, CAD, Zbrush, etc |
| Drawing format | pdf/.ai/.dwg/.igs./.stp/.stl/ .etc |
| Machining equipment | Main: SLA printer
Also can support CNC lathe, general lathe, general milling, CNC
milling, drilling machine |
| Quality Control system | Material test certificates and inspection report are available upon
request
Third Party inspection available upon request
100% inspection before shippment |
| MOQ | 1 pc |
| Payment terms | 50% in advance, the banlance after inspection before shipment
T/T, L/C, Paypal, West Union,etc |
| Packing | 1 pc/ polybag with full soft PE form. Safe packing for
international express |
| Lead time | 1. 3D drawing: 3-5days.
2. 3D printing & Polishing: 2-3days.
3. Colored painting: 2-3 days.
Final precise time according to the designs |
Production Description:
What is SLA?
SLA Laser Shaping process with material adopted COSMO’s
photosensitive resin 14120,is a rapid prototyping process that
create a product based on 3D data.
The machine builds parts one layer at a time using a highly
accurate UV laser to solidify one layer of photosensitive resin.
Highlights:
It is the original Rapid Prototyping technique, and still the most
commonly used.
It is comparatively low-cost.
It utilizes a light-sensitive liquid polymer.
It requires post-curing since laser is not intense enough to fully
cure.
Extended curing can cause warping.
Parts are somewhat brittle and have a tacky surface.
There is no milling process, so dimensional accuracy can suffer.
Support structures are typically required.
The process is simple: Neither milling nor masking steps are
required.
Uncured material should be expected to emit toxic fumes. Thorough
ventilation is necessary
