• Area-specific design allows precise adaptation to facial and lingual surfaces of anterior and premolar teeth.
• Single-ended offset blade configuration engages only the lower cutting edge for safe and efficient scaling.
• Ergonomically balanced #6 handle provides a secure grip and reduces hand fatigue during lengthy procedures.
• Crafted from premium-grade stainless steel to ensure long-lasting cutting edge retention and durability.
• Rounded toe design minimizes soft tissue trauma and protects the base of the periodontal pocket.
• Fully autoclavable and resistant to corrosion for reliable routine clinical sterilization cycles.

The GDC Gracey Curettes #6 (SG7/8) are essential precision instruments crafted for professional periodontal therapy and maintenance. Engineered with an area-specific offset blade and a comfortable #6 handle, this instrument facilitates accurate adaptation along the facial and lingual surfaces of anterior teeth and premolars.

The tool enables clinicians to efficiently eliminate deep subgingival deposits and achieve smooth root surfaces with minimal discomfort to the patient. Built from corrosion-resistant stainless steel, it maintains its sharpness through repeated clinical use and standard sterilization protocols.

• Type: Gracey Curettes (SG7/8)
• Handle Type: #6 Handle
• Material: Stainless Steel
• Application: Subgingival scaling and root planing
• Sterility: Non-sterile
• Reusability: Reusable

1 Pack Contains:
• 1 × GDC Gracey Curette #6 (SG7/8)

Select the correct area-specific Gracey SG7/8 instrument for the target tooth quadrant and surface.

Establish a secure and stable finger rest to ensure proper control.

Adapt the lower cutting edge of the blade flat against the tooth surface with a correct 70-degree angulation.

Insert the working end gently to the base of the periodontal pocket using light exploratory strokes.

Execute overlapping, controlled working strokes to remove subgingival calculus and plane the root surface.

Manufactured by: GDC Fine Crafted Dental Pvt. Ltd., India

Not Applicable