Hu-Friedy 13/14 MTC Curette

Overview: Introducing SurgiMac #13/14 Columbia University Curette, a double-ended stainless steel instrument meticulously crafted for precise dental procedures, featuring innovative Pro Series technology. Key Features: Double-ended design for versatile dental applications Crafted from durable stainless steel Enhanced control and precision with Pro Series technology Convenient 1/Pk packaging for ease of use Unique Selling Points (USPs): Precision-engineered for optimal dental procedure outcomes Pro Series technology ensures superior control and maneuverability High-quality stainless steel construction guarantees durability and reliability Value Proposition: SurgiMac #13/14 Columbia University Curette offers dental professionals unparalleled precision and control during various dental procedures, optimizing patient outcomes and procedural efficiency. Customer Benefits: Facilitates precise dental procedures with ease and accuracy Robust construction ensures longevity and dependable performance Enhanced control and maneuverability for practitioner confidence and patient comfort Streamlines dental procedures, saving valuable time and effort Usage Scenarios: Ideal for scaling, root planing, and periodontal therapy procedures Enhances efficiency and accuracy in various dental applications Suitable for use in both anterior and posterior regions Quality Assurance: Crafted with precision and subjected to rigorous quality control measures, SurgiMac instruments offer reliability and performance you can trust. Backed by industry certifications and a commitment to excellence, they ensure consistent quality and durability, instilling confidence in every dental procedure.

Buccal Lingual 0.9 mm curette blade. The 1 Buccal-Lingual Quetin Furcation Curette is a specialized periodontal instrument designed for the effective cleaning of difficult-to-reach furcation areas in multi-rooted teeth. Crafted from high-quality surgical stainless steel, this double-ended tool features a comfortable, knurled handle for a secure grip and precise control. The unique, hoe-shaped bladelets are specifically angled and pointed to enter the narrow furcation entrances on the buccal (cheek) and lingual (tongue) surfaces of molars and premolars. The small, specialized tips allow clinicians to thoroughly debride root surfaces, removing calculus and bacterial biofilm from within the furcation crotch, an area often inaccessible with standard curettes. It is fully autoclavable for repeated use in clinical settings.

Younger Good 7/8 Curette has a small, gently curved blade angle, designed to access terminal molars. To access the distal of the termina,l molars effectively insert just mesial-buccal to the distal line angel with the toe directed towards the bottom of the sulcus. While doing that maintain a very strong fulcrum and use short horizontal stroke from line angle to line angle. For full cross coverage, this stroke can be reversed to start on the lingual. Sharpening such a delicate work would quickly compromise the intended shape Blade designed with two cutting edges and a rounded toe for use on all surfaces. Particularly use for the removal of supragingival/subgingival calculus. Product Details:7/8 Younger Good Universal CuretteUsed to remove supragingival/subgingival calculusDouble-ended hand instrumentHollow handle design, 10mm diaSurgical stainless steelCompletely sterilizable Part of the Air Series, it is crafted with a lightweight, large-diameter hollow handle that provides maximum tactile sensitivity and reduces clinician hand fatigue. The high-quality stainless steel tips are precision-honed to maintain a sharp cutting edge through multiple sterilization cycles, making it a staple for both scaling and root planing procedures.

Reduced blade, half length of the standard langer. Thinner blade. Double-ended, easy-grip handle. The Langer Curette design combines the benefits of a Universal Curette blade, and the shank designs of area specific Curettes. Features A Universal blade allows Instrumentation on both the Mesial and Distal surfaces with one Instrument. The Gracey Style shanks allow adaptation on difficuly Posterior Root surfaces. Available in Handle options including EverEdge™ technology. SuiTable for scaling and Root planing and Periodontal Surgery. Rigid Langer Curettes have a thicker shank diaMeter that provides greater rigidity for Heavy calculus removal. After Five™ Langer Curettes feature a Thinned blade that allows for easier insertion into deep, tight Periodontal pockets by the 3 mm extension of the terminal shank. Langer Mini Five™ Curettes feature a 50% Shorter blade for improved access and adaptation on narrow Root surfaces, Furcation areas, and narrow pockets by the 3 mm extension of the terminal shank.    

Mesial Distal 0.9 mm curette blade. Designed for scaling root concavities and furcations.    

Designed for scaling root concavities and furcations. The DeMarco Curettes are excellent for stain removal on anterior lingual surfaces.    

Buccal Lingual 0.9 mm curette blade. Designed for scaling root concavities and furcations.    

13/14 McCall Curette with Harmony™ Ergonomic Curette handle, designed with TrueFit™ Technology, is your truly ergonomic hand scaling solution scientifically proven to reduce pinch force up to 65% and the amount of pressure applied to the tooth up to Harmony™ Ergonomic Curettes are your truly ergonomic hand scaling solution scientifically proven to reduce pinch force up to 65% and the amount of pressure applied to the tooth up to 37%. The handle of the 13/14 McCall Curette is designed with TrueFit™ Technology, an advanced sensor-based technology system capable of measuring touch sensitivity and pressure at 40 readings per second, collected more than 2.8 million data points to develop this truly ergonomic hand scaling solution.

Reduced blade, half length of the standard langer. Thinner blade. Double-ended, easy-grip handle. The Langer Curette design combines the benefits of a Universal Curette blade, and the shank designs of area specific Curettes. Features A Universal blade allows Instrumentation on both the Mesial and Distal surfaces with one Instrument. The Gracey Style shanks allow adaptation on difficuly Posterior Root surfaces. Available in Handle options including EverEdge™ technology. SuiTable for scaling and Root planing and Periodontal Surgery. Rigid Langer Curettes have a thicker shank diaMeter that provides greater rigidity for Heavy calculus removal. After Five™ Langer Curettes feature a Thinned blade that allows for easier insertion into deep, tight Periodontal pockets by the 3 mm extension of the terminal shank. Langer Mini Five™ Curettes feature a 50% Shorter blade for improved access and adaptation on narrow Root surfaces, Furcation areas, and narrow pockets by the 3 mm extension of the terminal shank.    

Terminal shanks are elongated by 3mm than standrad langer. Thinner blade. Double-ended, easy-grip handle. The Langer Curette design combines the benefits of a Universal Curette blade, and the shank designs of area specific Curettes.Available in EverEdge™ Technology, a revolutionary stainless steel alloy that is super-durable to stay sharper longer. Features A Universal blade allows Instrumentation on both the Mesial and Distal surfaces with one Instrument. The Gracey Style shanks allow adaptation on difficuly Posterior Root surfaces. Available in Handle options including EverEdge™ technology. SuiTable for scaling and Root planing and Periodontal Surgery. Rigid Langer Curettes have a thicker shank diaMeter that provides greater rigidity for Heavy calculus removal. After Five™ Langer Curettes feature a Thinned blade that allows for easier insertion into deep, tight Periodontal pockets by the 3 mm extension of the terminal shank. Langer Mini Five™ Curettes feature a 50% Shorter blade for improved access and adaptation on narrow Root surfaces, Furcation areas, and narrow pockets by the 3 mm extension of the terminal shank.    

Labial Lingual scaler. Designed for scaling root concavities and furcations.    

Mesial Distal 1.3 mm curette blade. Designed for scaling root concavities and furcations.