PremierAir H5/33 Posterior Sickle Scaler (1004688)

• Double-ended hygiene instrument used by dental professionals for scaling and removing calculus from all supra- and subgingival tooth surfaces

Applications:

• Universal scaling: 

• This instrument can be used for the effective removal of calculus deposits from all tooth surfaces

• Targeted cleaning: 

• The H5/33 tips provide access to different tooth surfaces and areas of calculus build-up, making it effective for general and targeted cleaning

• Posterior scaling: 

• One end of the instrument, the H5, is a sickle scaler designed for scaling posterior teeth

• Subgingival debridement: 

• The fine, sharp tips are also suitable for removing calculus from below the gumline

Features:

• H5/33 design: 

• H5 Hygienist tip:

• Purpose:

• This sickle-style tip is designed for the precise removal of supragingival and subgingival calculus, mainly from anterior teeth

• Access:

• It features a thin blade that allows for easy access into narrow anterior interproximal and cervical regions

• Performance: 

• It is known for being sharp and fine, enabling the clinician to work with precision and minimal effort

• #33 Jacquette tip

• Purpose:

• This straight, thin blade is particularly effective for removing heavier calculus deposits

• It is a versatile tip used for both anterior and posterior scaling, but it excels in accessing interproximal and cervical areas of anterior teeth

• Design: 

• It is a straight sickle blade that tapers to a point

• Blade width: 

• The blade width is typically around 0.9mm, making it suitable for scaling

• 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