128 Nebraska Scaler DE

The 128 Nebraska Scaler DE is a specialized dental scaling instrument designed for efficient removal of calculus, plaque, and other deposits from tooth surfaces during routine dental hygiene and periodontal procedures. The instrument features a double-ended (DE) configuration , providing two working ends in a single instrument. This design allows the dental professional to access different tooth surfaces and anatomical areas without changing instruments as frequently, helping streamline the clinical workflow. The Nebraska scaler pattern is designed for controlled scaling and deposit removal. Its working ends provide a focused contact area for removing supragingival calculus and other suitable deposits when used with appropriate clinical technique. The instrument is designed to provide a balance of precision and control during scaling. Proper adaptation of the working end to the tooth surface and appropriate instrumentation technique are essential for effective deposit removal while protecting surrounding tissues. The 128 designation identifies the specific instrument pattern and working-end configuration. Exact blade dimensions, tip shape, handle style, and overall length may vary depending on the manufacturer. The scaler is typically manufactured from high-quality dental-grade stainless steel , providing durability, corrosion resistance, and suitability for repeated sterilization when supplied as a reusable instrument. The DE (double-ended) design makes this instrument practical for dental clinics, periodontal practices, dental hygiene departments, and professional instrument sets. Before each use, inspect both working ends for wear, deformation, corrosion, or damage. The cutting edges should be maintained according to the manufacturer’s recommended sharpening procedure when applicable. Reusable instruments should be thoroughly cleaned, sterilized, inspected, and maintained according to the manufacturer’s validated reprocessing instructions. Key Features 128 Nebraska scaler pattern Double-ended (DE) design Precision dental scaling instrument Designed for calculus removal Suitable for supragingival scaling Two functional working ends Efficient instrument handling Dental-grade stainless steel construction Durable and corrosion-resistant Reusable configuration where applicable Product Specifications Specification Details Product Name 128 Nebraska Scaler Category Dental / Periodontal Instruments Design Double Ended (DE) Pattern Nebraska 128 Instrument Type Dental Scaler Primary Function Calculus & Deposit Removal Common Application Supragingival Scaling Working Ends 2 Material Dental-Grade Stainless Steel* Overall Length Manufacturer-Specific* Handle Manufacturer-Specific* Reusable Yes, applicable models Sterility Non-Sterile Unless Otherwise Specified *Exact dimensions and handle specifications depend on the manufacturer. Applications Dental scaling Calculus removal Plaque removal Supragingival scaling Dental hygiene procedures Periodontal maintenance Professional prophylaxis Benefits Double-ended design: Provides two working ends for convenient access to different tooth surfaces. Nebraska pattern: Designed for controlled calculus and deposit removal. Precision working ends: Supports accurate dental scaling. Durable stainless steel: Provides strength and corrosion resistance. Reusable design: Suitable for repeated clinical use when properly reprocessed. FAQs 1. What is the 128 Nebraska Scaler used for? It is designed for professional removal of calculus and other deposits during dental scaling and hygiene procedures. 2. What does DE mean? DE means Double Ended , indicating that the instrument has a functional working end on both sides. 3. What does 128 refer to? It identifies the specific Nebraska scaler pattern and its working-end configuration. 4. Can it be used for supragingival scaling? Yes, the scaler is designed for appropriate supragingival deposit removal. 5. Is the Nebraska scaler reusable? Reusable models should be cleaned, sterilized, inspected, and maintained according to the manufacturer’s validated instructions.