Flexible Color Changing Filament 3mm , ABS 3d Printing Material

Flexible Color Changing Filament 3mm , ABS 3d Printing Material

Quick detail:

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.

Color thermosensitive Series

l? Colors change with heat and change back with the loss of heat.

Specification:

Application:

3D printer can be used on many fields. In fact there are two main applications for 3D printer. One is copy an existing products, the other one is creation new products.

For the copy field, 3D printer should combine with 3D scanner to maximize their function. When you want to copy a toy for your children, you can scan the toy with 3D scanner and get *stl format, then using your 3D printer to print the same one with YouSu 3D printing filament.

For example, reverse engineering, entertainment, daily life can use 3D printer.

For the creation field, 3D printer should combine with 3D model building software to maximize their function. The suitable software are Solidworks, Proe, UG etc. For example you want to develop a new tooling. You can draw the modeling and print it, then decide whether it is your desire tooling. If not you can optimize them and print them again until you satisfy it. Then you can develop the tooling which can save money and R&D life cycle.

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