Dental implantology drill bit

metalliccuttingcortical

Product overview
The Bone Activation Drills system is a compact surgical set designed to prepare the receiving cortical bone surface during bone regeneration procedures. The drills feature a unique non‑helical cutting geometry that collects bone chips for use in grafting. Their design provides high mechanical resistance, including at small diameters, to reduce the risk of intraoperative fracture and instrument failure.

Surgical Set Composition

• Medical‑grade polymer box compatible with Class B steam autoclaves
• Antifracture cutters for angled and axial motor drives; multiple shapes and sizes to suit surgical techniques
• Tray with lid for collection and protection of bone or biomaterials
• Tweezer for handling collected material

Clinical cases
Access to clinical cases is restricted to registered healthcare professionals.

Key benefits

• Bone chip collection: cutter geometry produces bone chips suitable for incorporation into graft material during regeneration
• Mechanical performance: materials and design ensure resistance to mechanical stress, minimizing fracture risk even at small diameters
• Sustainability: components designed for reuse where applicable; many parts recyclable

Compatible lines

• Osteosynt
• Osteo Studio Line
• KHS
• B-Block
• G-Fix
• Bone Activation Drills
• AG Punches
• Black Disk Grafter

Technical characteristics / specifications

• Cutting geometry: unique non‑helical design enabling collection of bone chips
• Intended use: preparation of receiving cortical bone surface for bone regeneration procedures
• Set contents: drills, medical‑grade polymer box with lid, collection tray, antifracture cutters, tweezer
• Box sterilization: compatible with Class B steam autoclaves
• Mechanical strength: engineered to provide high strength at small diameters to minimize fracture
• Materials: selected for biocompatibility and durability to withstand mechanical stress
• Reusability: designed for reuse where applicable; many components recyclable