Turbo Torque 4:1 Straight Nose Cone (TT-SN4)

MSRP: $275.00
$220.00
(You save $55.00 )
(No reviews yet) Write a Review
SKU:
PST-VECT-TT-SN4
  • A 4:1 reduction E-type straight nose cone, specifically engineered to reduce the speed of a standard high-torque motor to the lower ranges required for hygiene and delicate finishing procedures

Uses

  • Prophylaxis (Hygiene): 
    • Its most common use is transforming a 20,000 RPM motor into a dedicated prophy motor by reducing the output to a safer 5,000 RPM
  • Precision Finishing and Polishing: 
    • Used for high-speed polishing of newer composites, providing a more lustrous finish than standard prophy-only motors
  • Caries Removal: 
    • Suitable for controlled decay removal where lower speeds and higher tactile feedback are required
  • Laboratory & Chairside Adjustments: 
    • Ideal for extraoral work on acrylics, crowns, and dentures using standard lab burs

Features

  • 4:1 Reduction Gearing: 
    • Automatically converts a 20,000 RPM motor speed down to 5,000 RPM
  • Universal E-Type Connection: 
    • Fits all standard ISO E-Type air motors, electric motors, and surgical systems
  • Broad Attachment Compatibility: 
    • Accepts any standard 3/16" shaft lab bur, "straight handpiece" (HP) bur, or Doriot-style prophy and contra-angle attachments
  • Durable Internal Components: 
    • Features high-quality gears designed for smooth, quiet operation even under the constant load of polishing

Benefits

  • Enhanced Control: 
    • The 4:1 gear reduction provides significantly higher torque at lower speeds, allowing for steadier tactile response during sensitive procedures
  • Cost Efficiency: 
    • Provides a high-performance alternative to expensive name-brand "hygiene only" motors, offering "value without compromise"
  • System Versatility: 
    • Allows a single 20,000 RPM motor to perform both high-speed lab work and low-speed hygiene tasks simply by switching between 1:1 and 4:1 nose cones
  • Reliability: 
    • Backed by a 6-month limited warranty, ensuring long-term utility in busy clinical environments