Sickle Scaler #204 S for Plaque Removal from Interdental Spaces in the Molar Area - ZEPF-bIONIK Handle in Yellow-Green with Nanopal Coating | Helmut Zepf No. 24.208.04SOX

The Sickle Scaler #204S is a precision dental hand instrument designed for effective plaque removal from interdental spaces in the molar area. Engineered to meet the demands of clinical practice, this instrument combines functional geometry with ergonomic design to support consistent, reliable performance during scaling procedures.

Key Features

• Design: #204S sickle configuration, optimized for access to interdental spaces in the molar region
• Handle: ZEPF-bIONIK ergonomic handle in Yellow-Green for easy instrument identification and comfortable grip
• Coating: NANOPAL coating on the handle surface, enhancing grip stability and durability
• Origin: Made in Germany by Helmut Zepf, a trusted name in dental instrumentation

Clinical Application

The Sickle Scaler is particularly suited for removing supragingival calculus and plaque deposits from the tight interproximal spaces of posterior teeth. The curved blade geometry of the #204S allows the clinician to adapt effectively to the contours of molar surfaces, where access can be challenging with standard instruments.

The ZEPF-bIONIK handle is designed to reduce hand fatigue during extended clinical procedures. Its Yellow-Green color coding supports efficient instrument tray organization, while the NANOPAL coating contributes to a secure, slip-resistant grip during use.

Product Details

• Instrument Type: Sickle Scaler
• Working End: #204S
• Handle: ZEPF-bIONIK, Yellow-Green
• Surface Coating: Nanopal
• Manufacturer: Helmut Zepf (Item No. 24.208.04SOX)
• Country of Manufacture: Germany

FAQ

What is this Sickle Scaler used for? It is used for removing plaque and calculus from the interdental spaces of molar teeth during supragingival scaling.

What makes the NANOPAL coating beneficial? The NANOPAL coating on the ZEPF-bIONIK handle provides an enhanced grip surface, supporting secure instrument control throughout clinical use.