Advanced Sinus Lift Kit

Description

The Advanced Sinus Lift Kit is designed for internal and external maxillary sinus elevation procedures in implant surgery. It helps simplify access to the maxillary sinus cavity, improves surgical efficiency, and reduces the risk of Schneiderian membrane perforation, providing a safer and more predictable solution for sinus lift procedures.

Kit Includes

Lateral Approach Drills

• Lateral Approach Drill, φ3.3 mm
• Lateral Approach Drill, φ3.7 mm
• Lateral Approach Drill, φ3.3 mm

Stoppers

• Stopper φ4 × 2 mm
• Stopper φ4 × 3 mm
• Stopper φ4 × 4 mm
• Stopper φ4 × 5 mm
• Stopper φ4 × 6 mm
• Stopper φ4 × 7 mm
• Stopper φ4 × 8 mm

Crestal Approach Drills

• Crestal Approach Drill, φ6.0 mm
• Crestal Approach Drill, φ8.0 mm
• Crestal Approach Drill, φ8.0 mm

Elevators

• Elevator, φ3.0 mm / φ3.5 mm
• Elevator, φ2.5 mm
• Elevator, φ3.2 mm / φ3.7 mm
• Elevator, φ3.0 mm / φ3.2 mm

Osteotomes (Concave)

• Osteotome (Concave), φ1.6 / 2.8 × 160 mm
• Osteotome (Concave), φ2.3 / 2.8 × 160 mm
• Osteotome (Concave), φ2.65 / 3.2 × 160 mm
• Osteotome (Concave), φ2.75 / 3.8 × 160 mm
• Osteotome (Concave), φ2.9 / 4.3 × 160 mm

Box

• Sinus Lift Kit Box

Product Features:

1. Multiple drill designs with depth stoppers for different surgical needs
   The kit includes Type I φ3.3, Type I φ3.7, Type II φ3.3, Type III φ6.0 / φ8.0, and Type IV φ8.0 drills, together with stoppers in different sizes. This helps control preparation depth, improve procedural stability and safety, and meet the clinical needs of both internal and external sinus lift procedures.
   
2. Irrigation cooling combined with hydraulic lifting for safer and more efficient operation
   Type I drills allow internal irrigation during use, providing an effective cooling function. During osteotomy preparation, they can also generate hydraulic pressure to assist in sinus membrane elevation. Type III and Type IV drills are recommended for use at 800–1200 rpm. Type IV drills require external water cooling to further enhance procedural safety and stability.
3. Helps with membrane separation and lateral window preparation while reducing perforation risk
   Type II drills are designed to facilitate sinus membrane separation and can also be used for lateral window preparation in external sinus lift procedures. Type III drills are suitable for lateral window grinding techniques and help reduce the risk of membrane perforation during window preparation, while providing clearer membrane separation and adequate elevation space.
   
4. Supports bone harvesting, lateral bone wall compaction, and bone protection
   Type IV φ8.0 drills are suitable for bone-preserving lateral window techniques. Similar to a bone collector, they make bone harvesting easier. At the same time, the instruments can laterally compact the bony wall, helping improve bone density while offering better protection to the surrounding bone structure.