Makeups for painting tooth prints

Choose your dental make-up route

Use the routes below to navigate the collection by shade-kit logic, custom color selection and finishing function.

• Designed for painting and characterizing tooth prints and dental parts.
• Supports shade adjustment, surface characterization and visual refinement.
• Useful for improved realism, aesthetic control and professional presentation quality.
• Suitable for dental laboratories, clinics and research environments working with additively manufactured dental parts.

Typical use scenarios across the collection

This collection is relevant for users who need to improve the visual realism and aesthetic characterization of printed dental parts.

• Aesthetic finishing of printed teeth: adding shade nuance and visual depth to tooth prints.
• Dental models and demonstration parts: improving communication and presentation value.
• Restorative prototypes: supporting more realistic visualization of dental concepts and outcomes.
• Clinical and laboratory presentation: enhancing printed parts for discussion, display or evaluation.
• Research and training environments: improving differentiation and realism in printed teaching or study parts.

How to choose the right make-up solution

Select the most suitable route according to how broad the shade system needs to be and whether the goal is painting, custom coloring or adhesive/cement-related finishing.

• Need a broader transparent palette plus BL1 white → Direct tooth makeup kit of 8 transparent colors and 1 BL1 white
• Need a compact transparent Vita-oriented kit → Tooth makeup kit of Transparent Vita A4, B4, C4, D4 & BL1 White
• Need individual tooth colors across multiple shade groups → Tooth colors A1-4, B1-4, C1-4, D2-4 & Bleach BL1
• Need a light-curable opaque cement composite and adhesive in tooth shades → 3D Cement OCA

• Prioritise broad shade artistry → start with the 8 transparent colors + BL1 kit
• Prioritise a more compact shade-selection workflow → use the Transparent Vita A4/B4/C4/D4 + BL1 kit
• Prioritise custom shade-by-shade control → use the individual tooth colors route
• Prioritise opaque adhesive/cement functionality → use the 3D Cement OCA route

Decision tree summary

Use this simplified logic before detailed finishing validation.

• Need a multi-color artistic kit → Direct tooth makeup kit of 8 transparent colors and 1 BL1 white
• Need a smaller Vita-referenced kit → Transparent Vita A4, B4, C4, D4 & BL1 White kit
• Need single-color custom selection → Tooth colors A1-4, B1-4, C1-4, D2-4 & BL1
• Need opaque light-curable shade material → 3D Cement OCA

Then validate the final finishing route under the intended printed substrate, curing workflow, aesthetic target and handling protocol.

Transparent color kit with BL1 white

For broader aesthetic customization of tooth prints with multiple transparent colors plus a bleach-white reference tone.

Transparent Vita shade kit

For a more focused shade-selection workflow based on transparent Vita A4, B4, C4, D4 and BL1 White tones.

Individual tooth colors for custom coloring

For users who need more direct control over single-shade selection across A, B, C, D and bleach reference groups.

Light-curable opaque cement composite and adhesive

For workflows requiring a tooth-shaded opaque cement / composite / adhesive material rather than only a make-up coloring kit.

A finishing and characterization platform rather than a single coloring product

This collection spans several aesthetic routes so users can choose between broader kits, more compact shade systems, custom single-color selection and an opaque light-curable adhesive/composite route.

• The extended transparent kit covers broader color artistry.
• The Vita-based compact kit covers a more focused shade workflow.
• The custom tooth colors route supports direct individual shade selection.
• 3D Cement OCA extends the collection toward an opaque functional finishing material.

The right make-up route depends on the final visual objective, not only on the shade name

Aesthetic finishing success depends on the printed part, the number of colors required, whether the target is subtle characterization or stronger visual differentiation, and whether the workflow also requires a functional opaque adhesive/composite route.

In practice, the correct path is to choose the color-system format first, then validate the application and curing workflow on the intended printed dental part.

Documentation, technical selection help and custom development support

Use the resources below to move from product preselection to workflow validation, finishing guidance or project-specific development support.

Select the right dental make-up route and validate the final finishing workflow

Use the route-based navigation above to identify the most relevant tooth-print characterization solution, compare candidates in the technical overview table, and move forward with finishing validation for dental laboratory, clinic or research workflows.