| Model: | VT S500 |
|---|---|
| Brand: | VTECH |
| Origin: | Made In China |
| Category: | Industrial Supplies / Metallurgy Machinery |
| Label: | SLS laser 3d printer , sand mold printer , rapid prototyping |
| Price: |
US $310000
/ pc
|
| Min. Order: | 1 pc |
| Live Chat: | Last Online:09 Jul, 2016 |
3D laser printer for the production of inexpensive wax pattern and sand model ——VT S500
Breif Introduction to VT S500
VT S500 can bulid objects to dimensions of 500 × 500 ×
100mm (L ×W×H). The printed component possess fine physical performance and surface. VT S500 regards PE and coated sand as filaments.The use of selective laser sintering technique enables VT S500 outperform than other metellurgy machine.
Technical Data
|
Model |
VT S320 |
VT S500 |
|
Laser |
CO2 30W |
CO2 55W |
|
Scanning System |
F-theta-lens, 4m/s |
Dynamic focusing, 6m/s |
|
Layer Thickness |
0.08 - 0.3mm |
|
|
Part Accuracy |
±0.2mm (L≤200mm) or ±0.1% (L≥200mm) |
|
|
Prototyping Room (L x W x H) |
320mm x 320mm x 450mm |
500mm x 500mm x 400mm |
|
Powder Spreading System |
Powder delivery cylinder on the top with forming working cylinder in the middle |
|
|
Material |
PS, coated sand |
|
|
Operating System |
Windows XP |
|
|
Application Software |
HUST 3DP (independent R&D) |
|
|
Function of Software |
read STL files directly, obtain the function of on-line slicing, and change the models’ parameters (thickness, scan spacing, scanning speed) anytime in terms of clients’ demands. In addition, the 3D visualization of forming process can be realized. |
|
|
External Dimension (L x W x H) |
1760mm x 1070mm x 2050mm |
2070mm×1280mm×2080mm |
Applications of S500
How a printer works?
The 3D printing process begins with Creation of a three-dimensional(3D) Model. Software slices the data file into individual layers, which are sent as instruction to the printer. The printer creates the object by adding layers of material, one on top of other, until the physical object is created. Depending on material used and the complexity of the product, some parts may need secondary processing.
What advantages does 3d printing pocessing have?
Unprecedented design flexibility, allowing customization and new product development.
Consumerization and personalization of manufacturing
Novel end-market applications in area such as regenerative medicine
Relocalization of manufacturing
Rapid product development and deployment
Improving process sustainability(fewer greener materials, less energy and waste associated with production)
Specific Applications of 3D printing:
Aerospace & defense Space
Automotive Health care
Customer products/ retail Chemistry
Construction Industry High Tech
How to get a quote?
Upload your design and choose the right material for you depending on your use of the part and the mechanical properties required for it.
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