Tango
Rubber-like shoe tread prototype 3D printed in Tango.

Prototypes 3D printed in Tango and Tango Black Plus can simulate products requiring rubber-like qualities. 

Build Soft-Touch, Flexible Prototypes

Create realistic prototypes with flexible, rubber-like qualities. Tango simulates soft-touch coatings, nonslip surfaces, rubber surrounds or overmolding. Test and verify grips, pulls, handles, gaskets or footwear in a range of Shore A values comparable to rubber bands, tire treads and shoe heels.

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Exceptional Final-Product Realism

Tango and TangoPlus simulate thermoplastic elastomers with flexible, rubber-like qualities. Ideal for testing and verifying visual, tactile and functional applications such as grips, gaskets and footwear, Tango produces soft, flexible prototypes that require shock absorption, vibration dampening or a non-slip surface. Blend Tango with other PolyJet photopolymers for different hardness, elongation and tear resistance levels.

BEHAVIOR AND USE

a diamond graphic that represents hardness

Shore Hardness

26-28 Scale A TangoPlus

a hourglass graphic that represents tensile

Tensile Tear Resistance

2-4 kg/cm TangoPlus

a hourglass graphic that represents tensile

Tensile Strength

0.8-1.5 MPa TangoPlus

a chain link graphic that represents strength

elongation at Break

170-220% TangoPlus

Tango

3D printed models based on patient CT scans are used for pre-surgical planning and medical device testing.

Realistic 3D Surgical Models

3D printing breakthroughs in brain aneurysm treatments

Patient-specific 3D models printed in flexible TangoPlus gave surgical teams at the JI the ability to better understand and treat aneurysms, helping reduce risks associated with delays and potential complications with various surgical approaches.

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