DETAX biocompatible dental materials

for 3D printing of flexible high-end splints. Available in two levels of flexibility: Taff & Flex. The biocompatible material is characterized by extreme impact strength. Splints made of FREEPRINT® SPLINTMASTER ...

... in the working area. Process reliability through high initial hardness and final strength. Low-viscosity approach for low material consumption and more rapid cleaning. Highest mechanical bending and breaking strength, ...

for the 3D printing of orthodontic transfer trays for positioning brackets. The indirect bonding trays are transparent and facilitate precise positioning. High tensile strength and flexibility allow the easy positioning of brackets in ...

for the 3D printing of removable denture bases. High process reliability thanks to high initial hardness following printing. Low viscosity for reduced material consumption and faster cleaning. Displays ...

for the 3D printing of base parts for orthodontic apparatuses, drilling and X-ray templates, occlusal and fixation splints. Benefits: maximum reliability of construction process, mechanical strength, easy to polish. Breaking strength, ...

Long-term relining material for chairside use, A-silicone based, permanently soft, cold curing. Secure bonding to the denture acrylic. For manual mixing, mixing ratio 1:1. Also suitable for immediate ...

... drilling and X-ray templates, splints, base plates, transfer keys). Radiotransparent, can be sterilised and disinfected, biocompatible Medical device Cl. IIa plast: kneadable paste, can be shaped and modelled, dimension-stable, ...

... dentures. Permanently soft with reduced polymerisation time. Particularly suitable for the cuvette press technique in the dental laboratory, ideal for the manufacture of new prostheses. Expanded indication spectrum, ...

... in the working area. Process reliability through high initial hardness and final strength. Low-viscosity approach for low material consumption and more rapid cleaning. High mechanical bending and breaking strength, without ...