GS Implants Smart Kit

GS Implants Smart Kit

GS Implants Smart Kit is a comprehensive implant surgical kit designed to support a wide range of implant placement procedures. With an integrated and recommended drilling protocol, the instruments and drills included in this kit help clinicians achieve precise, predictable, and reliable implant placement outcomes.

The kit is engineered to optimize workflow efficiency while ensuring minimal invasiveness and maximum implant stability. High-quality materials and corrosion-resistant construction make the GS Implants Smart Kit suitable for repeated clinical use.

Features:

• Optimizes the doctor’s workflow and saves clinical time
• Maximum corrosion resistance
• Unique design and sharpness for minimal invasiveness
• Enhanced apex implant stability
• Easily attachable and detachable instruments

Key Specifications:

Lance Drills:

• Short 2 mm
• Short 3 mm
• Long 2 mm
• Long 3 mm

Packaging:

• 1 × Abutment handle
• 1 × Torque limit ratchet handle
• 1 × Forceps
• 4 × Tapping drills (Long)
• 1 × Ratchet driver (Short)
• 1 × Ratchet driver (Short – Lab)
• 1 × Handpiece driver
• 1 × Handpiece driver (Lab)
• 1 × Abutment coupling (Large)
• 1 × Abutment coupling (Drill)
• 4 × Lance drills (Short 2 mm, Short 3 mm, Long 2 mm, Long 3 mm)

Directions to Use:

• Prior to the operation, the clinician may decide whether to open a mucoperiosteal flap or proceed using a transgingival approach
• If flap opening is chosen, an incision is made along the alveolar region and the mucoperiosteal flap is elevated
• After administering local anesthesia, the initial drill (2 mm – yellow or 2.5 mm – black, one-drill concept) is advanced through the soft tissue
• Drilling continues until contact with the crestal cortical bone is achieved
• Penetration of the cortical bone should be performed at 20,000 to 40,000 RPM using a 1:1 surgical handpiece
• The drill is advanced to the desired depth while penetrating the basal or cortical bone
• The initial drilling step creates a purchase point for the implant tip, preventing sliding along the ridge
• This step also produces a hole with a smaller diameter than the implant threads, enhancing primary stability