Dental Surgical Extraction Luxator PH 3mm Mesial Tip

PH 3mm Mesial Tip Dental Luxator for Directional Periodontal Access

The PH 3mm Mesial Tip Dental Luxator is a specialized extraction instrument developed for procedures where the mesial aspect of the tooth requires a dedicated working approach. Its directional configuration gives the instrument a more specific role than a conventional straight-tip luxator, particularly when the location of the periodontal space influences how the working end needs to be positioned.

The 3mm mesial tip provides a focused working surface for accessing the periodontal space along the mesial side of a suitable tooth. Its compact dimension allows the instrument to be positioned carefully around the tooth while maintaining a defined contact area for progressive periodontal separation.

The mesial orientation is the key characteristic of this model. By directing the working end toward the mesial aspect, the luxator can be selected when that side of the tooth provides the most appropriate route for access. This directional design is particularly relevant when the operator needs to work around specific root surfaces rather than approaching the tooth from a completely neutral position.

The working tip can be introduced into an accessible portion of the periodontal space and repositioned as separation progresses. This makes the instrument useful during the initial loosening and mobilization stages of extraction, where gradual development of tooth mobility is preferred before removal.

The PH handle provides a practical gripping configuration behind the working shaft, allowing the instrument to be positioned while maintaining a stable hand grip. The relationship between the handle and mesial-oriented tip gives the luxator a distinct working direction throughout the procedure.

The PH 3mm Mesial Tip can be incorporated into selected procedures involving mesial periodontal access, ligament separation, tooth loosening, and progressive tooth mobilization. Selection should be based on tooth position, root anatomy, available access, and the clinician's preferred extraction technique.

Key Features

• PH 3mm mesial-tip luxator configuration
• Directional mesial working end
• 3mm focused working profile
• Designed for mesial periodontal access
• Supports progressive periodontal ligament separation
• Useful for controlled tooth loosening
• Suitable for selected tooth mobilization procedures
• PH handle configuration
• Practical directional working geometry
• Reusable dental extraction instrument
• Suitable for appropriate cleaning and sterilization procedures

Clinical Applications

• Mesial periodontal ligament access
• Tooth loosening
• Progressive tooth mobilization
• Mesial root-surface access
• Extraction preparation
• Selected difficult-access extractions
• Directional periodontal separation
• Dental exodontia procedures
• Oral surgery extraction workflows

FAQs

What is the PH 3mm Mesial Tip Dental Luxator used for?
It is intended for selected extraction procedures where the mesial aspect of the tooth requires focused periodontal access and gradual mobilization.

What does “mesial tip” mean on this luxator?
The mesial designation identifies the orientation of the working end toward the mesial aspect of the tooth, allowing the instrument to be selected for a directional approach.

Why is the tip 3mm wide?
The 3mm profile provides a focused working area that can be positioned within an accessible portion of the periodontal space without using a broader luxator blade.

How is a mesial luxator different from a straight-tip configuration?
A mesial luxator has a directional working orientation intended to approach the mesial aspect of the tooth, whereas a straight-tip design follows a more neutral linear path.

Can this instrument help loosen a tooth before extraction?
Yes. It can be incorporated into appropriate extraction procedures where periodontal separation and gradual tooth mobilization are performed before removal.

When should a mesial-tip luxator be selected?
Selection should consider the tooth's position, mesial access, root anatomy, available working space, and the extraction technique being used.