Rapid Prototyping Plastic Parts with Finished Surface , Painting and Printing
We provide many kind of processing to produce prototyping parts or low valume products, our rapid prototype process included CNC machining, vacuum casting, SLA & SLS 3D printing, rapid injection molding. No matter mass production or small batch production, please feel free contact with us.
Advantages Of CNC Machining
- Superior accuracy.
- Very quick turnaround for CNC prototyping parts and low-volume runs.
- Highly repeatable.
- A broad range of material choice.
- Post processing is not a must.
- Cost effective for CNC prototyping parts and low volume orders.
- Capable of producing parts in nearly any shapes.
- Each part is identical to the CAD model’s exact specifications.
Advantages Of SLA And SLS
- SLA parts have quality surface finish and high resolutions,making it suited for cosmetic prototypes.
- SLS parts is very durable with the property of great impact strength,so that they are widely used in functional tests.
- SLS parts are fast to be built,which is suitable for high volume production runs.
- Low volume SLS parts can be shipped within 3 days.
- No hard tooling investment is needed when compared with plastic injection molding,SLA and SLS are two cost-effective manufacturing processes.
- Both SLA and SLS can create parts with intricate geometries that cannot be achieved by traditional machining methods.
- We use the latest SLA and SLS machines to meet +/- 0.1mm tight tolerance.Greater tolerances can be achieved with post machining upon clients’request.
Advantages of Vacuum Casting
- With Great precision, the obtained parts are exactly similar to the master model.
- the polyurethane simulate the authentic material, offering a large range of finishing, appearance or hardnesses.
- Lower cost and short lead time.
Advantages of Injection Molding
- Automated producing allows the low cost per part
- Accurate and colse tolerance
- Easy to modify the type of material being produced as well as its color.
- Produce mass production with high speed because of automated production.