PremierAir H6/H7 Posterior Sickle Scaler (1004689)

• Designed for the removal of supragingival and subgingival calculus from all tooth surfaces, including posterior and anterior regions

Applications:

• Universal scaling: 

• The H6/H7 is a versatile sickle scaler that can be used on all tooth surfaces to remove moderate to heavy calculus deposits

• Accessing tight spaces: 

• The tip design is effective for navigating tight interproximal spaces and deep periodontal pockets in both the anterior and posterior regions

• Debridement and diagnosis: 

• The scaler can be used for general debridement and for diagnostic purposes to check for irregularities and calculus build-up

• Periodontal maintenance: 

•  It is a valuable tool for routine periodontal maintenance and dental cleanings. 

Features:

• H6/H7 design: 

• Double-ended, mirror-image tips:

• The instrument is double-ended, with a working tip on each end

• The H6 and H7 ends are mirror images of each other, allowing a clinician to access both mesial and distal surfaces of teeth with the same instrument

• Straight and angled shanks:

• he H6/H7 has a contra-angle design, meaning the shank is slightly angled to provide better reach and access to tooth surfaces, particularly in the anterior and premolar regions

• Sickle blade: 

• The blade has a triangular cross-section and two cutting edges that meet at a pointed tip

• This design is highly effective for removing moderate to heavy calculus deposits

• Optimal access:

• The blade width is typically around 0.9mm and tapers to a point, allowing for effective cleaning in tight interproximal areas

• SmartSharp technology: 

• The tips are made from heat-treated, cryo-hardened 440A stainless steel

• This technology ensures the tips maintain a sharp edge and precise angle for greater efficiency and less repetitive motion for the user

• Autoclavable: 

• The durable polymer handle is designed to withstand multiple autoclaving cycles, ensuring longevity and proper infection control

• Designed for control: 

• The handle and tip design allow the user to easily maintain control during instrumentation with less pressure required