Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

permanent elastischer Tiefziehfilm, Formtemperatur: 120-135 ° C / 248-275 ° F.

Kunstleder, geprägt, leicht verarbeitbar, sehr hoher Tragekomfort, keine Fleckenbildung, nicht lichtempfindlich

Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

6x2000x1000mm
Poly (methylmethacrylat) (PMMA)
Auch als Acryl oder Acrylglas bekannt

Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

8x2000x1000mm
Poly (methylmethacrylat) (PMMA)
Auch als Acryl oder Acrylglas bekannt

Set of 3 sheets
Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

200gr/m2, 2x2 Köperbindung
Kohlefaser ist sehr stark · Leichtgewicht · Geringe Dehnung bei Bruch · Sehr widerstandsfähig gegen Temperaturschwankungen. Dieser Stoff ist viel stärker als die meisten Metalle oder andere mit Glasfaser verstärkte Materialien. Er ist elastisch, sehr widerstandsfähig und dämpft Vibrationen. · Das Material entspricht dem Luftfahrtstandard und ermöglicht die Herstellung feiner, aber hochfester Agglomerate.