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A container lid hinge shows the repeatable flexibility of Agilus 30.

A container lid hinge shows the repeatable flexibility of Agilus30.

Superior flexibility and tear-resistance

Agilus30 is a PolyJet Photopolymer with superior tear-resistance, capable of withstanding repeated flexing and bending. The ideal material for rapid prototyping and design validation, this rubber-like material simulates the look, feel and function of rubber-like products.This durable, rubber-like photopolymer is capable of withstanding repeated flexing and bending.Agilus30 has a Shore A value of 30 in clear, white and black.

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Compatible Printers

F123

F123 Series

Perfect for the office or the shop floor, F170, F270 and F370 printers combine easy design-to-print operation with reliable, industrial-grade results.

MATERIAL COLORS:
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F900

For big parts, large print jobs or a combination of both, rely on the F900, compatible with most Stratasys FDM thermoplastics.

MATERIAL COLORS:

Agilus 30 For Rubber-Like Parts

Ideal for design validation and rapid prototyping, Agilus30 is a durable, rubber-like photopolymer capable of withstanding repeated flexing and bending. Simulating the look, feel and function of rubber, Agilus30 has a Shore A value of 30 in clear, white or black.

BEHAVIOR AND USE

a hourglass graphic that represents tensile

TENSILE STRENGTH

    2.4-3.1 MPa

a chain link graphic that represents strength

ELONGATION AT BREAK

220-270%

a hourglass graphic that represents tensile

TENSILE TEAR RESISTANCE

5-7 Kg/cm

a diamond graphic that represents hardness

SHORE HARDNESS

30-35 Scale A

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Agilus30

Agilus30 is a durable, rubber-like photopolymer capable of withstanding repeated flexing and bending.

Intracranial model 3D printed in Agilus 30.

Agilus30

The JI 3D prints medical models using flexible material

The Jacobs Institute 3D prints vascular models using Agilus30 due to the material's superior tear-resistance, flexibility and reduced post-processing cleaning time.

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  • 10 mins

PolyJet Digital Materials

Discover the capabilities of the diverse family of PolyJet materials

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