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Showing all 6 resultsSorted by latest

Minimally Invasive Gingival Excision for Flapless Implantology

Flapless surgical placement and second-stage implant exposure require precise access to underlying bone while preserving adjacent keratinized tissue. Our collection of surgical dental tissue punches is engineered to streamline soft-tissue management:

  • Calibrated Circular Diameters: Available in standardized incremental sizes (3.0 mm, 3.5 mm, 4.0 mm, 4.5 mm, 5.0 mm, and 6.0 mm) perfectly matched to standard implant collar dimensions and healing abutments.

  • Latch-Type (CA) Rotary Punches: Fitted with precision-machined ISO latch shanks for contra-angle handpieces, delivering concentric, vibration-free rotation at slow speeds (200–500 RPM) under irrigation to excise clean tissue cores without burning.

  • Manual Finger-Driver & Handheld Punches: Textured knurled handles designed for direct manual rotation, offering maximum tactile sensitivity and safety in tight interdental corridors or thin biotypes.

  • Razor-Honed Cylindrical Blades: Beveled internal cutting rims produce crisp incisions through attached and non-attached gingiva, preventing ragged borders, tissue shredding, or mucosal displacement.

  • Rapid Healing & Aesthetics: Minimizes intraoperative bleeding, eliminates the need for flap reflection and suturing in favorable ridge anatomies, and significantly shortens recovery time for the patient.

Metallurgy, Hygiene & Sterilisation Protocols

  • High-Hardness Surgical Martensitic Alloys: Hardened cutting barrels retain razor-sharp edges through repeated soft-tissue cuts without dulling or developing micro-burrs.

  • Clear Core Ejection Slots: Engineered with lateral ejection windows to allow easy extraction and clearance of excised mucosal tissue plugs without damaging the cutting perimeter.

  • Corrosion Resistance & Hygiene Standards: Fully compliant with ultrasonic cleaning, thermal washer-disinfection, and steam autoclaving up to 134°C, maintaining cutting performance and shank concentricity across continuous clinical cycles.