Ruby Horseshoe Articulating Paper - 72 Pieces/Box (RD/APH)

Ruby Articulating Paper Horseshoe (RD/APH) is a specialized tool for assessing occlusion and bite alignment in dental procedures. This pack contains 72 horseshoe-shaped pieces of articulating paper designed to mark and identify high points on a patient’s teeth. The non-sticky, smooth surface and double-sided options make this paper an effective and user-friendly choice for dental professionals, ensuring precise and efficient occlusion assessment.

Specification

• Shape: Horseshoe
• Color: Red
• Pieces per Box: 72
• Features: Non-sticky, smooth surface, double-sided options

Features

• Non-Sticky Surface: Allows for easy placement and removal without leaving any residue.
• Smooth Surface: Ensures accurate and clear markings on the teeth for reliable occlusion analysis.
• Double-Sided Options: Provides versatility and extended usability by allowing use on both sides.

Benefits

• Precise Occlusion Assessment: Effectively identifies and marks high points on teeth, aiding in accurate occlusion and bite adjustment.
• Enhanced Usability: The non-sticky and smooth nature of the paper ensures a hassle-free application process.
• Versatility: Double-sided design offers additional flexibility and efficiency in dental procedures.
• Comfortable for Patients: Ensures a comfortable experience with no sticky residue or discomfort during the bite assessment.

Useage

1. Preparation: Ensure the articulating paper is ready for use and that the patient’s bite is correctly aligned.
2. Application: Place a horseshoe-shaped piece of Ruby Articulating Paper between the patient’s teeth and have them bite down.
3. Assessment: Observe the markings made by the paper to identify high points and areas requiring adjustment.
4. Adjustment: Make necessary corrections to achieve proper occlusion and alignment.
5. Cleanup: Dispose of the used paper and ensure the patient is comfortable throughout the procedure.

Always follow professional dental standards and manufacturer’s instructions for optimal results and patient safety