Honigum Putty Rigid Fast

- Excellent dimensional stability
- Exceptional strength
- Balanced hydrophilicity
- Convenient working time
- Unique Snap-Set technology
- Excellent recovery after deformation

Perfectly precise impressions

Honigum is a complete innovative, premium vinyl polysiloxane impression material system that offers unmatched detail and exceptional strength to resist tearing upon removal, creating perfect fitting restorations of all types with no need for retakes.

It’s patented micro-crystalline wax matrix provides superior flowability and outstanding stability under pressure, reaching even the tiniest of crevices to deliver maximum precision impressions.

Convenient working time with DMG’s “snap-set” technology

Thanks to DMG’s rapid “snap-set” technology, impression errors and distortions caused by micro-movement during setting are drastically reduced. Plus, it combines a conveniently long working time with a shorter intraoral setting time and a subtle honey aroma, resulting in greater control and optimal patient comfort.

Stays where you want it, flows where you need it

As a tray material, Honigum is perfect for crown and bridge, inlay/onlay, and full mouth restorations, thanks to its true thixotropic formula that does not slump or run but remains stable where you place it.

Honigum tray materials are used in conjunction with Honigum wash materials.

When Speed Matters

Honigum’s Quad Fast line of materials offer a faster-setting option without compromising superior precision, stability and flawless impression detail.

For the edentulous application

Honigum Rigid X-tra Fast is a fast-setting, rigid, heavy bodied VPS impression material for customized impression trays, including edentulous impression techniques. Easily removed, Mono Quad Fast works well with Rigid X-tra Fast as a wash material, providing superior accuracy and greater muscular detail without compressing soft tissue.

Honigum Quad Fast Light Body Material is a bright-yellow-orange colored wash material perfect for one-step, two-step, double-phase quadrant, and single-unit impressions.