BTI Front Cutting Drill
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FRONT CUTTING DRILL

A CLINICAL DRILLING TECHNIQUE AN EXCLUSIVE AND INNOVATIVE BTI DESIGN AVAILABLE DRILLS The front cutting drill was designed to achieve maximum settlement for extrashort implants and to work on the cortical bone in transalveolar sinus elevations and in proximity to the dental nerve. They come in 7 diameters to be used in the appropriate drilling procedure depending on the implant diameter. The different depth marks are useful to know the exact location of the drill in accordance with the height of the remaining bone.

APEX Formed by four active blades, which cut the bone without damaging compromised anatomical structures. NECK The innovative design means the bone can be preserved. DEPTH MARKS DRILLING PROCEDURE These drills must be used when the appropriate alveolus for the diameter has been prepared, with apical instrumentation at the base of the sinus and/or allowing further advancement of the extrashort implant, achieving excellent primary stability and avoiding compression. Total length of the implant Total length of the implant with specified diameter drill ■ 3 mm drilling depth

AN IDEAL BTI SOLUTION FOR COMPLICATED SURGERY TRANSALVEOLAR SINUS ELEVATION 1 1. Initial drill respecting a 1.5 mm safety margin. 2. The drilling diameter is increased in accordance with 3. Front cutting drill, wearing down the sinus cortical bone to make a small hole to insert the graft material. 4. Insertion of a Endoret® (PRGF®) fibrin membrane inside the sinus using a bone compactor, before continuing to open the cortical bone in order to detach the Schneider membrane. 5. Complete opening of the crestal window using the drill, with no risk of damaging the sinus membrane. 6. Insertion of...

COLLECTION OF AUTOLOGOUS BONE The detached bone particles from the drilling build up in the spaces between the cutting blades and are displaced to the retention zone. THE BEST INSTRUMENT TO AVOID COMPROMISED SURGERY These drills allow transalveolar sinus elevation via a minimally invasive technique. They allow extrashort implants to be placed near the dental nerve with excellent control, reducing the risk of damaging it. Biotechnology Institute Human Technology

B.T.I. Biotechnology Institute S.L. Parque Tecnológico de Álava Leonardo da Vinci ,14 01510 Miñano (Álava) SPAIN bti.implantes@bti-implant.es Subsidiaries GERMANY www.bti-biotechnologyinstitute.com NOTE: consult your distributor for the availability of the product in the different markets. iPhone / smartphone version iPad / Tablets version (Customer