#8 KaVo Curette for Vector USA Super Sonic Air Scaler (SS-GKELP)

MSRP: $60.00
$50.00
(You save $10.00 )
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SKU:
PST-VECT-SS-GKELP
  • specialized Extra-Long (XL) Periodontal scaling tip designed for use with the Vector Super Sonic Air Scaler system and KaVo-style air scalers

Uses

  • Deep Subgingival Scaling:
    • Its "Extra-Long" (XL) design is specifically intended for reaching into deep periodontal pockets that standard tips cannot access
  • Root Surface Debridement:
    • Used to remove plaque and calculus from deep root surfaces to promote tissue reattachment
  • KaVo Alternative:
    • Acts as a direct, high-quality replacement for the KaVo #8 XL Perio Tip, compatible with original KaVo SONICflex handpieces as well as Vector’s Super Sonic units

Features

  • Extended Reach:
    • Features a significantly longer and thinner profile than standard periodontal tips to facilitate deep pocket access
  • Super Sonic Optimization:
    • Specifically designed to handle the 17,000 Hz high-frequency vibration of the Vector system, which provides nearly 3x the power of conventional air scalers
  • Material:
    • Constructed from premium-grade stainless steel for high durability and resistance to repeated autoclave sterilization

Benefits

  • Improved Clinical Outcomes:
    • The extra-long reach allows for thorough cleaning of advanced periodontal cases that might otherwise require surgical intervention
  • Enhanced Safety:
    • The curette-style tip design reduces the risk of tissue trauma and root surface gouging compared to sharper sickle-style tips
  • Efficient Workflow:
    • When paired with the Vector Super Sonic Air Scaler, it offers "Cavitron-like" power in an air-driven format, speeding up procedure times for heavy calculus removal
  • Visibility & Comfort:
    • Generates less heat than ultrasonic units, which reduces the need for heavy water spray and improves the clinician's view of the treatment site
  • Universal Safety:
    • Completely safe for patients with pacemakers, as the air-driven system produces no electromagnetic interference