Biopor® AB
High quality silicones
Biocompatible, addition-vulcanising silicones for manufacturing BTE earmoulds, RICs, splashwater and hearing protection earmoulds.
- Permanently flexible, tear-resistant
- Excellent wearing comfort
- Longevity
- Unique colour variety
- Comfortable processing in 50ml double cartridges
- Various final shore hardnesses (25–60 Shore A).
DETAX SILICONES
PREMIUM EAR IMPRESSIONS
- Universal / CIC / DIC / Kids
- 90 sec with colour change
- Precise detail reproduction
- Highest elastic recovery
- MDR certified, biocompatible
Full range of accessories for impression taking at Puretone.
DETAX SOFTWEAR®
3D CAST TECHNIQUE
- Soft BTE moulds & hearing protectors
- Bubble-free casting
- Highest wearing comfort
- 40 & 60 Shore A
- Wide variety of colours
- MDR certified biocompatible
Otoform®
Materials that impress
Full range of addition-vulcanising, two-component silicones for precise and detailed impression taking.
- Ear impression taking within 180 seconds only
- Easy to handle
- Fast processing: Short setting time with comfortably long total processing time
- Highly precise reproduction of each ear (deep impressions, soft ear tissues…)
- Otoform® as putty or in double cartridges
- Full range of accessories available
- Biocompatible
Otoform® A softX
Colourful impressions
The common impression material Otoform® A softX now indicates by a colour change that the material has cured. This is a chemical reaction of the colour pigment in relation to the curing process. As soon as the silicone is pink, the impression can be removed.
- Soft and easy processing
- Ideal for deep ear impressions
- Optimised for ITE, sensitive ear tissue, CIC and IIC.
VarioTherm® Plus
The ultimate comfort
Smoother wearing comfort with significantly improved tear resistance. The premium material offers an exceptionally natural feel exceeding the comfort already known from VarioTherm® earmoulds.
- For sophisticated designs, e.g. thin-walled RIC earmoulds
- Made for sensitive skin
- Excellent surface quality
- Exclusively available in the Dreve lab.
