This extensive lineup of periodontal curettes is designed to meet the demands of dental professionals for a range of scaling and root planing procedures. The collection includes Barnhart, Gracey, Columbia, Langer, McCall, and Rule curettes—each engineered with precision angulations and blade geometries for effective subgingival debridement and root surface smoothing.

These instruments are ideal for removing calculus deposits, biofilm, and diseased cementum, while minimizing trauma to soft tissues. Their variety in blade size, shank angle, and working end design provides optimized access to all areas of the mouth, from anterior teeth to posterior molars.

Product Variants (Model Numbers):

Barnhart Curettes:

• 2055 – Barnhart (1–2)

• 2056 – Barnhart (5–6)

Gracey Curettes:

• 2057 – Gracey (1–2)

• 2058 – Gracey (3–4)

• 2059 – Gracey (5–6)

• 2060 – Gracey (7–8)

• 2061 – Gracey (9–10)

• 2062 – Gracey (11–12)

• 2063 – Gracey (13–14)

• 2064 – Gracey (2L–2R)

Columbia Curettes:

• 2065 – Columbia (4L–4R)

• 2066 – Columbia (13–14)

Langer Curettes:

• 2067 – Langer (1–2)

• 2068 – Langer (3–4)

• 2069 – Langer (5–6)

McCall Curettes:

• 2070 – McCall (13–14)

• 2071 – McCall (13S–14S)

• 2072 – McCall (17–18)

• 2073 – McCall (17S–18S)

Rule Curette:

• 2074 – Rule (3–4)

Product Specifications:

• Material: Medical-grade stainless steel

• Instrument Type: Area-specific and universal curettes

• Application: Subgingival calculus removal, periodontal therapy, root planing

• Grip: Ergonomic non-slip handle

Why Professionals Choose These Instruments:

The diverse configurations allow for superior adaptation to various tooth surfaces. Whether for routine cleanings or deep periodontal treatments, these curettes ensure control, comfort, and precision. The Gracey series, in particular, is favored for its specificity, while Barnhart and McCall options offer versatile, universal performance.

Key Features:

• Full range of anatomical configurations

• Ultra-sharp blades for efficient scaling

• Enhanced shank angulations for deep pocket access

• Reliable performance for both anterior and posterior applications