The new material is 15% stronger (Ultimate Tensile Strength) and 50% stiffer (Flexural Modulus) than the standard ABS material. It’s also less sensitive to moisture compared to many Nylon based filaments while maintaining a high strength-to-weight ratio.
Material Specifics
Printer Compatibility:
ABS-CF10 is available in black and is compatible with the following Stratasys 3D printers:
To be able to run ABS-CF10 on your F123 Series printer, simply order the material (part no. 333-90310) and the recommended dedicated Print Head (part no. 123-00601-S). No on-site or paid upgrade required!
Dedicated Print Head:
Since ABS-CF10 is more abrasive than standard ABS, we recommend using the new dedicated print head that is calibrated specifically for the material. You can technically run ABS-CF10 through the standard F123 print head; however, it will cause the life of the print head to decrease faster than it is calibrated for.
Soluble Support:
ABS-CF10 utilizes the same QSR Soluble Support available on the F123 series. Soluble support helps mitigate challenges associated with manually breaking off support material, allowing you more design freedom without having to worry about support removal.
Print Resolution:
ABS-CF10 prints in 3 different layer slices; 0.007”, 0.010”, and 0.013”, allowing users to print parts with fine details and parts with larger geometries. At AdvancedTek we’ve noticed an exceptional surface finish on top surfaces and sidewalls of ABS-CF10 parts we’ve printed in-house.
ABS-CF10 Top Surface Quality at .010” Slice Height
ABS-CF10 vertical wall at .010” Slice Height
When we received our first shipment of ABS-CF10 a few weeks ago, my colleagues and I had fun (non-scientifically) comparing ABS to ABS-CF10. Watch the video below to see one of these comparisons.
ABS-CF10 is a great new tool that allows F123 Series users to print parts with higher strength and stiffness requirements, all with the familiar ease of use from a Stratasys F123 printer and soluble support. Since Stratasys released the F123 Series back in 2017, they have continually innovated and expanded the material capability of these systems, adding extraordinary value to their owners.
Written by David Kadlec, AdvancedTek Application Engineer