Plastic 3D Printed Parts
Specifications of Plastic 3D Printed Parts
|
Materials and processes supported by plastic 3D printing and processing services |
||||||||||
| Process |
equipment name pronouns |
common materials | Specifications |
Commonly used post mortems |
Tolerance range |
Pros | Disadvantages |
Major barium fields |
Maximum processing size of the machine |
|
|
Chinese name |
English name | |||||||||
|
Plastic 3D printing |
SLA |
photosensiti ve resin |
ABS | White |
Grinding,sand blasting,oil spraying,silk screen printing,vacuum lock,UV, paving and carving,etc |
±0.lmm |
Affordable price,fast molding cycle,can be spliced,unlimited size |
Material brittle, temperature resistance of about 40 degrees,do not do surface treatment will be yellowed over time,the hole can not be more than this repeated use |
Hand-plates, automotive, medical, digital electronics,toys, machinery and equipment,aerospace, etc. |
1200*600*400mm |
|
photosensiti ve resin |
ABS | Gray |
60 pseudo 600* 400mm |
|||||||
|
photosensiti ve resin |
ABS | Green |
60 pseudo 600* 400mm |
|||||||
|
photosensiti ve resin |
PC |
Transpar ent |
Cursing,polishing, sandblasting,oiling,silk- screening,vacuum locking, laying carving,etc. |
Low price,fast molding cycle,can be spliced, unlimited size. Available in translucent and fully transparent |
Fully transparent, only 90% transparent, processed by CNC There are gaps |
60 pseudo 600* 400mm |
||||
| SLS | Nylon | PA |
Black White |
without | ±0.lmm |
Resistant to calendars and high temperatures |
The surface is rough and cannot be bonded |
home appliances, power tools, automotive parts |
20 but 2000* 100mm |
|
| DLP | Red wax | Red | without | ±0.02mm |
High-precision,very fine structure can be printed |
Expensive,small print size |
Handicrafts,Jewelry, Anime |
20 bogus! 00*200mm |
||
| FOM | Inkjet fuses |
PLA、TPU、 PA,carbon fiber,PC,ABS |
Multi- color |
Cursing,polishing, sandblasting,oil blasting, silk-screening,paving engraving.etc |
±0.05mm |
Multi-color,multi- materials,no limitation of size |
Surface roughness |
crafts,lighting,home furnishings,animation, etc. |
JOO pseudo J000* 500mm |
|
Why Adopting SLA 3D Printing Technology for Plastic 3D Printed Parts
1. UV curing molding method is the earliest rapid prototyping manufacturing process that has high maturity and has been tested over time.
2. The prototype is directly made from CAD digital models, with fast processing speed and short product production cycle, without the need for cutting tools and molds.
3. Prototypes and molds with complex structural shapes or difficult to shape using traditional methods can be processed.
4. Visualize CAD digital models and reduce the cost of error repair.
Why Choose KENENG as Your Trustworthy Supplier for Plastic 3D Printed Parts
1. Everything can be printed.
It can be directly formed without mechanical processing or molds, and complex 3D structures can be formed in one go without welding, which can save a lot of time and replace traditional hand board processes.
2. Unlimited development possibilities.
3D printers can break through traditional technological limitations, open up huge design spaces, and even create shapes that can only exist in nature.
3. Multiple materials available.
Common materials include stainless steel, aluminum alloy, titanium alloy, mold steel, nano tantalum powder, nano tungsten powder, spherical tantalum powder, spherical tungsten powder, cobalt chromium alloy, nickel chromium alloy, copper, etc.
4. Lower production cost.
Metal 3D printing technology can simplify the production and manufacturing process, effectively shorten the production and development cycle, and reduce the overall cost of manufacturing and development by about 50%.
