Delivery Time:5-10 days
Certification:RoHS、MSDS
Fluorescent Blue 3mm ABS 3D printer Filament Material For Printing Machine
Quick detail:
|
Brand Name: |
YouSu |
Material: |
ABS 3D printing filament |
|
Color: |
Fluorescent Blue |
Diameter: |
3.0mm |
|
Certificate: |
RoHS,MSDS |
Diameter tolerance: |
0.03mm |
|
Business mode: |
OEM,ODM,Distributor |
Package: |
1kg |
Description:
High quality ABS filament is available in a wide range of colors and special properties. ABS 3D printing filament has been used in the FDM printing industry for many years in the professional 3D printing market and with the upspring of low-cost hobbyist 3D printers the ABS filament has fast proven to be a popular choice due to the ease of printing and impact resistance of the plastic.
Printing with ABS filament is fairly straight forward although compared with PLA a heated print platform is required. Due to differences in cooling of the material while printing the layers has a tendency to bend upwards leaving the print platform (also known as warping).
This ABS 3.0mm 3D printing filament compatible with most 3D printer who using 3.0mm 3D printer filament, such as makerbot 3D printer, UP 3D printer, Solidoodle 3D printer, Afinia 3D printer etc. For the printer has key lock like Cubify 3D printer is not recommended. The idea extruding temperature can refer the following specification table.
Fluorescence Series
l Intense,brilliant Colors
Specification:
|
POLYMER PROPERTIES |
Description |
|
Brand Name |
YouSu |
|
Material |
ABS 3D printing filament |
|
Color |
Fluorescent Blue |
|
Diameter |
3.0mm |
|
Diameter tolerance |
0.03mm |
|
Roundness |
0.02mm |
|
Certificate |
RoHS,MSDS |
|
Net weight: |
1kg/spool |
|
Model Number |
YS- ABS-FLUO-BU-3.0-1.0 |
|
Place of Origin |
Guangdong China (Mainland) |
|
Printing temperature |
210C -260°C |
|
Surface gloss |
Normal |
|
Compatibility |
Most 3.0mm FDM 3D printers, Makerbot/UP!/Afinia/Solidoodle etc. |
Application:
3D printer in fact is a tool, its function is it can realize your drawing to real products. But what you will print depends on how you maximize its function.
It can be used for designing field. For example if you are toy designer, you develop a Santa Claus and then you develop the inject molding directly which may failed. Then you need to develop a new one which loss money and prolong the R&D cycle. But if you using 3D printer to print the Santa Claus and then confirm whether there are some parts need to be modified. When you satisfy the printing parts then you develop the inject molding, it can save your money and shorten R&D cycle.
It can be used for education field. If students want to make their innovation to a real products, first he need to drawing what in their mind, to do that it can build their imagination capability. Second he need to print the parts which do it himself, it can build their operate capability.
It can be used for your daily life too. For example you can have a special dinner with all printed plate, dish
