Density adjusters

Choose your density-adjustment family

Use the routes below to navigate the collection by whether the target is higher density, lower density or concentrated high-density tuning.

• Density tuning additives for higher or lower density targeting.
• Improved weight control and formulation-property adjustment.
• Useful for buoyancy or ballast design constraints.
• Suitable for specialized engineering validation parts and density-matched components.

Typical use scenarios across the collection

This collection is suitable for workflows where part mass and density are design variables rather than secondary outcomes.

• Weight-optimized prototypes: reducing or increasing mass to match functional objectives.
• Density-matched components: tuning a part to better match the bulk behavior of a target component.
• Buoyancy concepts: lighter parts for floatation-related validation.
• Ballast concepts: heavier parts for balance, stability or inertial targets.
• Functional material development and engineering validation: when density is part of the design logic.

How to choose the right density adjuster

Select the most suitable route according to whether the formulation needs to become heavier, lighter or more strongly density-shifted via a concentrate route.

• Need to increase density with a powder route → choose 3D-ADD HDP1
• Need to decrease density with a powder route → choose 3D-ADD LDP1
• Need a higher-density concentrate route → choose 3D-ADD HDC1

• Prioritise heavier parts or ballast logic → start with HDP1 or HDC1
• Prioritise lower mass or buoyancy logic → start with LDP1
• Prioritise stronger density increase with concentrate-style handling → start with HDC1

Decision tree summary

Use this simplified logic before detailed formulation validation.

• Need higher density → HDP1 or HDC1
• Need lower density → LDP1
• Need buoyancy-oriented tuning → LDP1
• Need ballast-oriented tuning → HDP1 or HDC1

Then validate the final route under the intended resin chemistry, additive loading, mixing protocol and mechanical-performance window.

High-density powder and concentrate routes

For workflows requiring higher mass, improved ballast behavior or density increase relative to the base resin system.

Low-density powder route

For workflows requiring lower mass, reduced density or buoyancy-oriented behavior relative to the base resin system.

A focused density-tuning platform rather than a broad modifiers page

This collection is compact and clearly structured around three mass-control routes: one for lowering density and two for increasing it, including a concentrate option. :contentReference[oaicite:2]{index=2}

• HDP1 covers the high-density powder route.
• LDP1 covers the low-density powder route.
• HDC1 covers the high-density concentrate route.

The right density route depends on the mass objective, not only on the additive format

These modifiers are most useful when the physical target is defined first: lighter part, heavier part, ballast behavior, buoyancy response or density matching versus a reference component.

In practice, the correct path is to define the mass and balance objective first, then validate the modifier under the intended resin system, geometry and process conditions.

Documentation, technical selection help and workflow support

Use the resources below to move from density-adjuster preselection to formulation planning, calibration or broader technical support. :contentReference[oaicite:3]{index=3}

Select the right density-adjustment route and validate the final mass target

Use the route-based navigation above to identify the most relevant density modifier, compare candidates in the technical overview table, and move forward with formulation-specific validation for lighter, heavier or density-matched printed parts.