The tools developed in collaboration with Prof. Tiziano Testori allow a precise, gentle and safe tissue separation for a predictable surgery based on scientific evidence. The first tool, TT1, is used to find the cleavage plane between the sinus membrane and the bone base, whereas tools TT2 and TT3 allow an easy separation in a mesial/distal and vestibular/palatal direction. The carrier tool, along with a compactor TT4, allows an easy positioning of graft material. The
retractor TT5, which is anatomically shaped to follow maxilla morphology, makes surgical access easier.
1 x 70.H0086 Sinus Curette TT1
1 x 70.H0087 Sinus Curette TT2
1 x 70.H0088 Sinus Curette TT3
1 x 70.H0089 Bone scope / compactor TT4
1 x 70.H0090 Retractor TT5
1 x Tray 70.D0030
ANATOMICALLY SHAPED RETRACTOR TO ADAPT TO THE MORPHOLOGY OF THE MAXILLA
Developed in collaboration with Prof. Tiziano Testori, this set of micro-curettes allows a gentle separation of sinus tissues when access to the antral cavity is limited in size or to manage mucosa separation, in the presence of bone septum, too.
Developed in collaboration with Prof. Tiziano Testori, this set of micro-curettes allows a gentle separation of sinus tissues when access to the antral cavity is limited in size or to manage mucosa separation, in the presence of bone septum, too.
1 x 70.H0511 Micro Sinus #0
1 x 70.H0503 Micor Sinus #1
1 x 70.H0504 Micro Sinus #2
1 x 70.H0505 Micro Sinus #3
1 x Tray 70.D0030
MICRO SINUS CURETTE FOR INITIAL BLUNT DISSECTION IN THE CRANIAL AREA
Sinus micro-curette for initial separation in the mesial and distal site
Sinus micro-curette for initial separation in the caudal site (sinus floor)
The elevation of the maxillary sinus by the crestal route is a predictable method and is increasingly used by clinicians all over the world. Regardless of the surgical technique used to erode the maxillary sinus floor, the use of dedicated microstructures has made it possible to make the crestal elevation more controllable in its various phases, which are represented: from the dissection of the sinus membrane, from the filling of the subranial space. and finally from the positioning of the implant. The surgical phases are standardized and for each phase a dedicated instrument has been created that allows a surgical operation more easily replicable by all the operators involved in the maxillary sinus.
TT#1 Crestal Lift double angulation initial scraper with depth markers.
New anti-reflective ceramic coating of the working parts.
TT#2 Crestal Lift Sinus micro-scraper for crestal membrane elevation.
New anti-reflective ceramic coating of the working parts.
TT#3 Crestal Probe instrument for compacting the filling material with depth markers.
New anti-reflective ceramic coating of the working parts.
This instrument is designed to protect the sinus membrane when working inside the antral cavity with rotating or cutting instruments
Ideal for the positioning of biomaterials or autologous bone
Compactor for bone graft. It is used in combination with a bone scoop to compress the graft of biomaterial or autologous bone
The new loading system of the syringe makes it easy to graft all particle sizes and types of bone substitutes.
The Maxil Bowl titanium container is indicated for mixing biomaterial with autologous material or for management of block grafts.
The bone-cutting forceps with double joint reduces the cutting effort even when removing very corticalized tissue.
The bone forceps with double articulation reduce shearing stress, also during harvesting of highly corticalized tissue.
Afmeting: 180 x 65 x 22 mm
Afmeting: 180 x 125 x 22 mm
Afmeting 250x170x22mm
Afmeting: 288 x 182 x 34 mm
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