Hydroline Thixotropic Engine Fast Set
| Quantity | Unit price |
|---|---|
| From 1 |
€98.90*
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| From 3 |
€89.01*
€98.90*
(10% saved)
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„Hydroline Thixotropic Engine Fast Set“
Monophasic precision. Ultrahydrophilic. For everyday use.
HydroLine Engine is a genuine, ultrahydrophilic single-phase impression material based on A-silicone (Polyvinylsiloxane) – developed for maximum precision in dental and implant impressions.
Whether used as a standalone solution or in combination with HydroLine Ultra: Engine delivers uncompromising detail accuracy – even with residual moisture, long stumps, or angled implants.
Flows precisely under pressure and stays exactly where it should. Thanks to intelligent thixotropy, the material is comfortable for the patient and dimensionally stable for the laboratory. The intense blue colour provides maximum contrast visibility – ideal when used with the pink Ultra in double-mix technique.
Compatible with all common dispensing devices or in the familiar DS cartridge.
Learn more:
- Genuine monophase material – with intelligent flow characteristics
- Ultrahydrophilic & tooth surface affinity – actively wets and displaces residual moisture
- Suitable for all impressions – teeth, implants, bridges, functional impressions
- Ideal also for implants – open and closed
- Tear-resistant & easy to demold – tension-free without distortion
- Scan-compatible & re-embeddable – for digital and analogue workflows
- Long-term stable & dimensionally accurate – highest precision without time limits
Curing time (35 °C) including mixing in minutes: 3:00
Minimum intraoral setting time in minutes: 2:00
System advantage: Hydroline Engine + Ultra
Engine provides the volume. Ultra captures the last details.
Together, they deliver a highly precise, tension-free impression – which truly becomes apparent when you see the result for the first time.
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HydroLine Engine is a genuine, ultra-hydrophilic single-phase impression material based on A-silicone (Polyvinylsiloxane) – designed for maximum precision in dental and implant impressions.