All our Inkjet 3D resins

Choose your inkjet material family

Use the routes below to navigate the portfolio by behaviour, application logic and support function.

• Inkjet-compatible resin portfolio for high resolution and smooth-surface workflows.
• Coverage from ultra-hard and tough grades to elastic, soft, foldable and support materials.
• Includes engineering, dental, otoplastics, microfluidic, castable and specialty routes.
• Supports MultiJet / PolyJet-style material-jetting workflows where application fit matters as much as jetting behaviour.

Typical use scenarios across the collection

This collection is relevant for users selecting material-jetting resins according to required part behaviour, market segment and workflow role.

• High-detail prototypes: smooth-surface and high-resolution engineering parts.
• Functional inkjet parts: tough, rigid, flexible, elastic or high-temperature components depending on grade.
• Dental laboratory workflows: clear, gingival, orthodontic and provisional restorative routes where applicable.
• Otoplastics workflows: ultra-hard, hard-flexible and soft routes.
• Microfluidic printing: clear rigid low-viscosity inkjet systems for specialized fluidic applications.
• Castable and support workflows: castable materials, wax routes, removable supports and cleaning auxiliaries.

How to choose the right inkjet material

Select the most suitable route according to target mechanical response, application family and whether the material is model, support, specialty or auxiliary.

• Need general-purpose hard / flexible / elastic behaviour → start with the standard IJ behavioural grades
• Need tougher or higher-performance engineering response → move to the next-generation IJ families
• Need dental laboratory materials → choose the OD family
• Need otoplastics routes → choose the OTO family
• Need low-viscosity clear fluidic materials → choose the MF microfluidic family
• Need investment-casting routes or removable supports → choose castable or support families

• Prioritise monomer-free options → choose MF grades where available
• Prioritise water-soluble / swellable or hand-breakable supports → choose the support family that matches removal logic
• Prioritise higher thermal or ultra-rigid performance → evaluate NG rigid / HDT families

Decision tree summary

Use this simplified engineering logic before detailed print qualification.

• Need a standard behavioural model resin → UHT / UHF / HF / HE / SF / F / E / SE
• Need next-generation engineering or high-temp response → R, TD, TFD, HDT or ENG families
• Need application-specific dental or otoplastics workflow → OD or OTO families
• Need microfluidic-compatible low-viscosity route → MF family
• Need casting, support removal or maintenance route → Perfect Cast, supports or cleaner families

Then validate the final route under the intended printer, jetting temperature, viscosity window, curing strategy and application requirements.

Behaviour-based standard routes

For general-purpose inkjet workflows where the main selection variable is the balance between hardness, flexibility, softness and elastic recovery.

Rigid, tough, foldable and high-temperature routes

For more demanding engineering workflows requiring ultra-rigid, high-heat, tough, foldable or functional monomer-free performance profiles.

Professional dental laboratory routes

For clear, gingival, orthodontic, provisional restorative and aesthetic flexible laboratory workflows where applicable.

Otoplastics-specific inkjet routes

For otoplastics workflows requiring ultra-hard, hard-flexible or soft behaviour profiles.

Clear rigid low-viscosity routes for inkjet printers

For microfluidic and related precision workflows where low viscosity and clear rigid behaviour are relevant.

Castable photopolymer and wax routes

For casting-oriented workflows using photopolymer inkjet materials or wax-based inkjet routes.

Support removal, breakaway and maintenance routes

For water-soluble, water-swellable, breakable, jet-removable, wax-support and cleaner workflows associated with inkjet printing.

A broad inkjet platform rather than a single-material line

This collection spans multiple inkjet application routes and behaviour profiles, allowing users to move from basic mechanical selection to application-specific shortlisting inside one portfolio.

• Engineering & functional: standard and next-generation behaviour-based material families.
• Dental: clear, gingival, orthodontic, restorative and flexible aesthetic laboratory routes.
• Otoplastics: dedicated ultra-hard, hard-flexible and soft options.
• Microfluidics: low-viscosity clear rigid routes for specialized functional uses.
• Castable, support and maintenance: casting materials, removable supports and cleaning auxiliaries.

Inkjet performance depends on the complete workflow, not only on the resin name

Material-jetting success depends on the interaction between resin formulation, printhead behaviour, viscosity control, droplet formation, curing settings, support strategy and post-processing logic.

For that reason, the correct route is usually selected first by application family and target behaviour, and only then qualified under the intended jetting and build conditions.

Documentation, technical selection help and development support

Use the resources below to move from inkjet material preselection to workflow validation, documentation review or project-specific technical support.

Select the right inkjet route and validate the full material-jetting workflow

Use the behaviour- and application-based navigation above to identify the most relevant inkjet family, compare model, support and specialty candidates in the overview table, and move forward with technical validation for engineering, dental, otoplastics, microfluidic or casting workflows.