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UCAN Print Base

UCAN Print Base was developed as a 3D printing resin for the generative production of denture bases. Compared to traditionally used PMMA-based materials, it guarantees low shrinkage (approx. < 1 %) and thus ensures a high accuracy of fit. UCAN Print Base fulfills all important dental requirements and is distinguished by high-impact properties as well as a low viscosity. This results in efficient construction processes and easy cleaning of the components.

High precision fit

High impact material

Validated processes with other Candulor products**

Specification	Result	Standard
Shore hardness	80 D	ISO 48-8
Flexural strength	≥ 65 MPa	ISO 20795-1
Bending module	≥ 2000 MPa	ISO 20795-1
Water absorption	≤ 32 μg/mm^3	ISO 20795-1
Solubility	≤ 1,6 μg/mm^3	ISO 20795-1
Fracture toughness	≥ 1,9 MPa	ISO 20795-1

**Bonartic® II NFC+, Bonartic® TCR, BonSelect TCR, Condyloform® II NFC+, PhysioSelect® TCR, PhysioSet® TCR 

UCAN Print Model

UCAN Print Model, a 3D printing resin used to fabricate dental models, is characterized by its high dimensional stability. Additional advantages are the optimized optics and tactility for dental applications. The special opacity of the material, as well as the color scheme in Ivory, ensure that important visual details, such as preparation lines, are optimally visible. This optimally supports integration into the laboratory's digital workflow. Due to the thermal stability of UCAN Print Model, dental models made of this material can be used particularly advantageously in thermoforming processes.

High dimensional stability  
Optimized optics and tactility  
Easy implementation in the digital workflow

Specification	Result	Standard
Shore hardness	80±5 D	ISO 48-8
Flexural stress	≥ 80 MPa	ISO 178
Bending module	≥ 1600 MPa	ISO 178
Flexural strain (at break) MPa	10%	ISO 178
Viscosity Pas 23 °C	1	DIN 553019-1

UCAN Print Splint

As the first biomimetic 3D printing resin, UCAN Print Splint is particularly suitable for the generative fabrication of hard-elastic orthodontic splints. UCAN Print Splint is characterized by its exceptional elongation for this class of materials, as well as its high transparency and UV stability. A major advantage in this context is that sleeves, for example, can simply be inserted into the template, thus maintaining optimal control during the operation.

Rigid-flexible 
Maximum wearing comfort due to thermal effect

Specification	Result	Standard
Shore hardness	80 D	ISO48-8
Flexural strength	≥ 50 MPa	ISO 20795-2
Bending module	≥ 1500 MPa	ISO 20795-2
Water absorption	≤ 32 μg/mm3	ISO 20795-2
Solubility	≤ 5 μg/mm3	ISO 20795-2

UCAN Print Tray

UCAN Print Tray is used for the additive fabrication of customized impression trays and functional impression trays. This material is distinguished by its high reactivity, which enables build styles with up to 300 µm Z-height, thus ensuring optimal efficiency in the laboratory. Further highlights are the biocompatibility and mechanical stability of the objects fabricated with UCAN Print, which meet high standards. The reason for this is that the material does not feature any product labels indicating toxic reproductive or teratogenic effects, which documents the exceptional biocompatibility for users and patients.

High reactivity

Increased biocompatibility

No reproductive toxic components

Approximately 50% increased impact strength

High safety

TPO-free

Specification	Result	Standard
Shore hardness	80±5 D	DIN 48-8
Flexural stress	≥ 80 MPa	ISO 178
Bending module	≥ 1600 MPa	ISO 178
Flexural strain (at break) MPa	ca. 9 %	ISO 178
Impact strength	≥ 20 kJ/m2	ISO 180 / U

UCAN Print Try-In

Being a biocompatible Class 1 medical device, UCAN Print Try-in is suitable as a base material for the functional try-in of digitally fabricated dentures. This allows dental molds made from the material, such as denture bases that are generatively manufactured with customized tooth setups, to be checked in terms of bite registration and occlusion. The material is available in tooth shade A2. UCAN Print Try-in is characterized by its significantly improved chemical-physical values compared to its competitors (see competition - versus comparable products). Hence, this printing resin is particularly impressive in a direct comparison due to its up to 75% higher impact strength (according to ISO 180/U).

Enhanced biocompatibility/clinical safety
Increased impact strength
Significantly improved chemical physical values
TPO-free

Specification	Result	Standard
Shore hardness	80±5 D	ISO 48-8
Flexural stress	≥ 80 MPa	ISO 178
Bending module	≥ 1600 MPa	ISO 178
Flexural strain (at break) MPa	ca. 9 %	ISO 178
Impact strength	≥ 20 kJ/m2	ISO 180 / U
Viscosity Pas 23 °C	1.4	DIN 53019-1

UCAN Print

UCAN Print Base

UCAN Print Model

UCAN Print Splint

UCAN Print Tray

UCAN Print Try-In

UCAN Design

Validated systems and print parameters

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Sandra Räuber

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