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HomeFilaments3D-ABS High Speed

3D-ABS High Speed

ABS High speed is specially designed for rapid prototyping and efficient production. Improved printing speed and shortened production cycle.
The ABS ultra-high speed printing material for 3D FISH is an innovative material designed for rapid prototyping and high efficiency production. In addition to maintaining the excellent performance of ABS, this material greatly improves the printing speed and significantly reduces the production cycle:
Technology and innovation
The optimized material can be cured quickly during high-speed printing, reduce warping and deformation, ensure the forming accuracy of complex structures, reduce feeding resistance, and adapt to the rapid retraction and feeding requirements of high-speed printers.
Industrial-grade performance
The material has been verified by a number of practices, and each batch has a strict test report to ensure the stability of high-speed printing.
Ease of use and compatibility
Compatible with most high-speed FDM printers (such as Bambu Lab, Creality K1, etc.), suitable for open and closed high-speed printers, to meet the equipment needs of different users.
application scenarios
Suitable for rapid prototyping, product design verification and functional test models to shorten the development cycle. Small batch production of customized shells, brackets, connectors and other small and medium-sized functional parts.
Specifications parameters

Method of measurement

standard

characteristic

callipers

1.75±0.02mm

Wire diameter

callipers

≤ 0.02mm

roundness

electronic balance

1 ± 0.01KG/roll

weight

automatic measurer

1.75 ± 0.02mm

Diameter consistency

Surface

Method of measurement

standard

characteristic

Visual plus touch

Smooth, rounded, uniform thickness

surface

Visual plus touch

No bubbles, bulges, spots, etc

details

Visual additive color charts

The color is uniform with the color chart

pigment

visual

Neat and unblocked

rolling

Physical property

Method of measurement

standard

characteristic

density

1.04(g/cm³)

standard

distortion temperature

90℃

standard

melt index

25g/10min

standard

Vika softening temperature

94℃

standard

Mechanical behavior

Method of measurement

standard

characteristic

tensile strength

40MPa

standard

elongation at break

15%

standard

bending strength

65MPa

standard

flexural modulus

2000MPa

standard

Cantilever beam notch impact

20J/M

standard

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