Flexcera Base 1Kg

$499.95

Flexcera Base is a light-curable resin for the fabrication of high-impact and removable denture bases.

Introducing Flexcera™, a new resin for the fabrication of beautiful, functional dentures with ceramic-like strength. Available as Flexcera™ Smile and Flexera™ Base and formulated exclusively for use with EnvisionTEC™ 3D printers.

Long-chain chemistry provides ceramic-like strength in a bottle

3X more resistant to fracture

2X more resistant to moisture

A hybrid ceramic resin with optimal translucency

Flexcera™ is expected to ship in the U.S. and Canada by the end of June 2021. Pre-order today while supplies last. Flexcera™ Base is an FDA 510(k) Cleared Class 2 Medical Device indicated for the fabrication of denture bases in dental laboratories for full removable dentures; Flexcera™ Smile is an FDA Class 1 Medical Device for the fabrication of artificial teeth for dental prostheses.

PHYSICAL PROPERTIES

Viscosity @ 30°C: 535 cP

Young's Modulus, Dry Material: 780 MPa

Young's Modulus, After Immersion in Water for 2 Days -37°C: 902 MPa

Ultimate Strength, Dry Material: 37.4 MPa

Ultimate Strength, After Immersion in Water for 2 Days -37°C: 45.8 MPa

Strain at Break, Dry Material: 76%

Strain at Break, After Immersion in Water for 2 Days -37°C: 58.5%

Ultimate Flexural Strength, Dry Material: 90 MPa

Ultimate Flexural Strength, After Immersion in Water for 2 Days -37°C: 81 MPa

Flexural Modulus, Dry Material: 2380 MPa

Flexural Modulus, After Immersion in Water for 2 Days -37°C: 2325 MPa

Shore D: 81

Izod Notched Impact: 29.6 J/m

Total Work Fracture: 3500 J/m2

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Flexcera Base is a light-curable resin for the fabrication of high-impact and removable denture bases.

Introducing Flexcera™, a new resin for the fabrication of beautiful, functional dentures with ceramic-like strength. Available as Flexcera™ Smile and Flexera™ Base and formulated exclusively for use with EnvisionTEC™ 3D printers.

Long-chain chemistry provides ceramic-like strength in a bottle

3X more resistant to fracture

2X more resistant to moisture

A hybrid ceramic resin with optimal translucency

Flexcera™ is expected to ship in the U.S. and Canada by the end of June 2021. Pre-order today while supplies last. Flexcera™ Base is an FDA 510(k) Cleared Class 2 Medical Device indicated for the fabrication of denture bases in dental laboratories for full removable dentures; Flexcera™ Smile is an FDA Class 1 Medical Device for the fabrication of artificial teeth for dental prostheses.

PHYSICAL PROPERTIES

Viscosity @ 30°C: 535 cP

Young's Modulus, Dry Material: 780 MPa

Young's Modulus, After Immersion in Water for 2 Days -37°C: 902 MPa

Ultimate Strength, Dry Material: 37.4 MPa

Ultimate Strength, After Immersion in Water for 2 Days -37°C: 45.8 MPa

Strain at Break, Dry Material: 76%

Strain at Break, After Immersion in Water for 2 Days -37°C: 58.5%

Ultimate Flexural Strength, Dry Material: 90 MPa

Ultimate Flexural Strength, After Immersion in Water for 2 Days -37°C: 81 MPa

Flexural Modulus, Dry Material: 2380 MPa

Flexural Modulus, After Immersion in Water for 2 Days -37°C: 2325 MPa

Shore D: 81

Izod Notched Impact: 29.6 J/m

Total Work Fracture: 3500 J/m2

Flexcera Base is a light-curable resin for the fabrication of high-impact and removable denture bases.

Introducing Flexcera™, a new resin for the fabrication of beautiful, functional dentures with ceramic-like strength. Available as Flexcera™ Smile and Flexera™ Base and formulated exclusively for use with EnvisionTEC™ 3D printers.

Long-chain chemistry provides ceramic-like strength in a bottle

3X more resistant to fracture

2X more resistant to moisture

A hybrid ceramic resin with optimal translucency

Flexcera™ is expected to ship in the U.S. and Canada by the end of June 2021. Pre-order today while supplies last. Flexcera™ Base is an FDA 510(k) Cleared Class 2 Medical Device indicated for the fabrication of denture bases in dental laboratories for full removable dentures; Flexcera™ Smile is an FDA Class 1 Medical Device for the fabrication of artificial teeth for dental prostheses.

PHYSICAL PROPERTIES

Viscosity @ 30°C: 535 cP

Young's Modulus, Dry Material: 780 MPa

Young's Modulus, After Immersion in Water for 2 Days -37°C: 902 MPa

Ultimate Strength, Dry Material: 37.4 MPa

Ultimate Strength, After Immersion in Water for 2 Days -37°C: 45.8 MPa

Strain at Break, Dry Material: 76%

Strain at Break, After Immersion in Water for 2 Days -37°C: 58.5%

Ultimate Flexural Strength, Dry Material: 90 MPa

Ultimate Flexural Strength, After Immersion in Water for 2 Days -37°C: 81 MPa

Flexural Modulus, Dry Material: 2380 MPa

Flexural Modulus, After Immersion in Water for 2 Days -37°C: 2325 MPa

Shore D: 81

Izod Notched Impact: 29.6 J/m

Total Work Fracture: 3500 J/m2