UV/Visible light curable putties, gels, fillers, and sealants

Choose your putty or gel family

Use the routes below to navigate the collection by final behavior and removal or durability logic.

• Versatile UV/visible-curable putties and gels with filling and sealing functionality.
• Moldable handling before cure and controlled cure behavior in use.
• Practical fit across repair, sealing, assembly and maintenance tasks.
• Broad route coverage across durable, sacrificial, hydrogel and high-temperature workflows.

Typical use scenarios across the collection

This collection is suitable for technical and workshop workflows where a shapeable light-curable material is needed instead of a standard low-viscosity resin.

• Sealing: practical sealing tasks in workshop or industrial workflows.
• Gap filling: filling local voids, interfaces or irregular features.
• Forming and shaping: moldable application before light curing.
• Repairs and surface finishing: local correction, finishing and maintenance uses.
• Temporary tooling, prototyping and assembly aids: including sacrificial and removable support-style workflows.

How to choose the right UV/visible-curable putty

Select the most suitable route according to whether the target is durable use, sacrificial removal, absorbent hydrogel behavior or higher heat resistance.

• Need durable super-elastic behavior → choose 3Dputty SE
• Need durable hard-flexible behavior → choose 3Dputty HF Bio
• Need durable high-HDT behavior → choose 3Dputty HDT
• Need water-swellable sacrificial soft-flexible behavior → choose 3Dputty SF-WS
• Need water-soluble sacrificial high-HDT behavior → choose 3Dputty HDT-WS
• Need easy-breakable sacrificial route → choose 3Dputty Crispy Bio or 3Dputty SF Bio
• Need solvent-soluble sacrificial route → choose HF-SS MF Bio, H-SS MF Bio or S-SS MF Bio
• Need swellable absorbent and elastic hydrogel behavior → choose 3Dputty SAE

• Prioritise durable in-use performance → start with SE, HF Bio or HDT
• Prioritise sacrificial removal in water → start with SF-WS or HDT-WS
• Prioritise easy manual removal → start with Crispy Bio or SF Bio
• Prioritise solvent-soluble sacrificial removal → start with the SS MF Bio routes
• Prioritise hydrogel-like swellable absorbent behavior → start with SAE

Decision tree summary

Use this simplified logic before detailed handling and curing validation.

• Need durable route → SE / HF Bio / HDT
• Need water-removable sacrificial route → SF-WS / HDT-WS
• Need breakable sacrificial route → Crispy Bio / SF Bio
• Need solvent-soluble sacrificial route → HF-SS MF Bio / H-SS MF Bio / S-SS MF Bio
• Need absorbent hydrogel route → SAE

Then validate the final route under the intended light source, layer thickness, handling time, geometry and post-removal workflow.

Durable putties for elastic, hard-flexible and high-HDT workflows

For applications where the final part or local feature is intended to remain in service after curing.

Water-swellable and water-soluble sacrificial putties

For temporary features, removable tooling or sacrificial workflows where water-based removal is preferred.

Breakable sacrificial bio-based putties

For workflows where easy manual breakage is preferred over dissolving or swelling-based removal.

Monomer-free bio-based solvent-soluble sacrificial putties

For workflows requiring sacrificial removal through solvent-soluble logic with different final hardness profiles.

Swellable absorbent and elastic hydrogel route

For workflows requiring hydrogel-style absorbency, swelling response and elastic final behavior.

A broad applied putty platform rather than a single filler material

This collection is structured around multiple behavior families: durable, sacrificial, hydrogel and high-temperature routes, enabling selection by final workflow rather than only by nominal product name.

• Durable routes: SE, HF Bio and HDT.
• Water-removable sacrificial routes: SF-WS and HDT-WS.
• Breakable sacrificial routes: Crispy Bio and SF Bio.
• Solvent-soluble sacrificial routes: HF-SS MF Bio, H-SS MF Bio and S-SS MF Bio.
• Hydrogel route: SAE.

The right putty depends on the removal or service logic, not only on initial handling feel

These materials are most useful when the end objective is clearly defined first: durable service, temporary sacrificial use, breakaway removal, solvent or water removal, or hydrogel-style swelling behavior.

In practice, the correct path is to define the final workflow first, then validate the material under the intended light source, cure time, geometry and removal or use conditions.

Documentation, technical selection help and workflow support

Use the resources below to move from putty preselection to curing validation, handling trials or project-specific technical support.

Select the right UV/visible-curable putty route and validate the final handling workflow

Use the route-based navigation above to identify the most relevant putty family, compare candidates in the technical overview table, and move forward with workflow-specific validation for filling, sealing, shaping, sacrificial removal or durable use.