DLC Coating / Anti Heat System / Cellular Glass Optics / Ceramic Bearings / Clean Head System / Push Button Chuck / Microfilter / Exceptional DurabilityGear Ratio 1:5 Increasing
For FG burs (Ø1.6)
Head Size H13.4 x Ø8.9
Water Spray Quattro Spray
Body Material Titanium
Body Coating DURAGRIP
Max Spe..
For placing screws on bone blocks Used for grasping and holding a bone during a surgical procedure. It is available in various sizes and the working end can have a wide variety of jaws designs, e.g., curved serrated jaws, straight toothed jaws, or profiled wrench-like jaws with grooves to provide ex..
Used for grasping and holding a bone during a surgical procedure. It is available in various sizes and the working end can have a wide variety of jaws designs, e.g., curved serrated jaws, straight toothed jaws, or profiled wrench-like jaws with grooves to provide extra grip of the bone. ,..
Used for grasping and holding a bone during a surgical procedure. It is available in various sizes and the working end can have a wide variety of jaws designs, e.g., curved serrated jaws, straight toothed jaws, or profiled wrench-like jaws with grooves to provide extra grip of the bone. ,..
Specifications:Gear ratio/reduction: 1:5Speeds: Up to approximately 200,000Head diameter: 8.7 mmHead height: 14.6 mmFeatures: Dia 1.6 FGFeatures:Ideal for preparing crowns and finishingExcellent grip due to titanium body that adapts to the hand in a balanced and lightweight wayEffortless work and im..
Engaging abutments are are designed to lock into the specific anti-rotational shape (hex, star, etc.) of the implant's interface. However, a non-engaging abutment does not have this anti-rotational feature. Rather, the design doesn't quite “interact” or lock the same way between the abutment and imp..
Engaging abutments are are designed to lock into the specific anti-rotational shape (hex, star, etc.) of the implant's interface. However, a non-engaging abutment does not have this anti-rotational feature. Rather, the design doesn't quite “interact” or lock the same way between the abutment and imp..
consists of: control unit, foot control S-N1,
handpiece with 1.8 or 3.5 m cable and clips,
irrigation tubing set, mains cable, motor support,
stand, instrument changer, sterilization cassette, instrument kit "Bone"..
Specifications:Gear ratio/reduction: 1:1Speeds: Up to approximately 40,000Head diameter: 8.7 mmHead height: 12.4 mmFeatures: Dia 2.35 WBIndication: FinishingFeatures:Ideal for preparing crowns and finishingExceptional grip due to titanium body that conforms to the hand in a balanced and lightweight ..
Engaging abutments are are designed to lock into the specific anti-rotational shape (hex, star, etc.) of the implant's interface. However, a non-engaging abutment does not have this anti-rotational feature. Rather, the design doesn't quite “interact” or lock the same way between the abutment and imp..
Engaging abutments are are designed to lock into the specific anti-rotational shape (hex, star, etc.) of the implant's interface. However, a non-engaging abutment does not have this anti-rotational feature. Rather, the design doesn't quite “interact” or lock the same way between the abutment and imp..
Engaging abutments are are designed to lock into the specific anti-rotational shape (hex, star, etc.) of the implant's interface. However, a non-engaging abutment does not have this anti-rotational feature. Rather, the design doesn't quite “interact” or lock the same way between the abutment and imp..
Engaging abutments are are designed to lock into the specific anti-rotational shape (hex, star, etc.) of the implant's interface. However, a non-engaging abutment does not have this anti-rotational feature. Rather, the design doesn't quite “interact” or lock the same way between the abutment and imp..