OptraSculpt and OptraSculpt Pad are contouring instruments suitable for the non-stick shaping and contouring of surfaces[1, 2, 3]. They are especially designed to shape unpolymerized sculptable composites in direct restorative treatments and to contour and smoothen paste-like laboratory composites.
Innovative solutions for the dental practice
- Non-stick properties: reduce the stickiness of the composite versus the instrument[1, 2, 3]
- Compatibility: attachments are suitable for both instruments
- Working angles are adjusted to the anterior and posterior regions[1, 2]
- No marks left by the instrument on the restoration surface[2, 3]
- Reduction of air inclusions in the composite during application[2, 3]
- Homogeneous surface texture[2, 3]
- Efficient, easy contouring due to specially adjusted attachment shapes[1, 2]
- Reduced effort in finishing and polishing[2, 3]
OptraSculpt forms a part of the "Direct Restoratives" product category. The products of this category cover the procedure involved in the direct restoration of teeth – from preparation to restoration care. The products are optimally coordinated with each other and enable successful processing and application.
OptraSculpt Pad
- Foam pad attachments for non-stick, mark-free contouring[1, 2, 3]
- Two pad sizes for efficient contouring of direct veneers and large-surface class III and IV restorations
- Reference scale on the instrument handle for recording the axis alignment and the width of the anterior teeth[3]
- Optimum working angle for the anterior region[1, 2]
OptraSculpt Next Generation
- Three attachment shapes for the professional creation of sophisticated anatomical tooth structures: ball, pointed tip, chisel
- Optimum working angle for the posterior region[1, 2]
- Hygienic dispenser box for easy access to attachments
[1] N. Walther, OptraSculpt Handlingstest, Test Report, Ivoclar, 2016
[2] L. Enggist, Use Validation OptraFoam Extension, Test Report, Ivoclar, 2017
[3] A. Peschke, S. Heintze, Designvalidierungstestbericht OptraFoam, Test Report, Ivoclar, 2012