Dental Surgical Extraction Luxator PH 3mm Distal Tip

PH 3mm Distal Tip Dental Luxator for Posterior Root Access

The PH 3mm Distal Tip Dental Luxator is a directional extraction instrument developed for situations where the distal aspect of a tooth requires a dedicated working approach. Its configuration gives the luxator a specific role when the location of the periodontal space makes directional access an important part of instrument selection.

The 3mm distal working tip provides a focused contact area for entering an accessible portion of the periodontal space. Its compact profile is suited to situations where a narrower working end is preferable for positioning around individual tooth and root surfaces.

The distal orientation is the defining feature of this model. Rather than following a neutral straight approach, the working end is configured toward the distal aspect, allowing the operator to work from a direction suited to the anatomy of the extraction site. This is particularly relevant when accessing posterior teeth or distal root surfaces.

The working tip can be positioned within an appropriate portion of the periodontal space and progressively repositioned as separation develops. This allows the instrument to support the mobilization stage of extraction, helping establish tooth movement before subsequent removal steps.

The PH handle configuration provides a practical gripping arrangement behind the working shaft. Its design allows the operator to maintain stable positioning while working with the distal-oriented tip, giving this model a distinct handling profile from straight and mesial-tip luxators.

The PH 3mm Distal Tip Dental Luxator can be incorporated into procedures involving distal periodontal access, ligament separation, posterior tooth loosening, and progressive tooth mobilization. Its focused tip and directional configuration make it particularly relevant when working around suitable posterior tooth structures.

Instrument selection should be based on the tooth position, root anatomy, periodontal access, available working space, and the clinician's preferred extraction technique. The reusable instrument can be processed according to appropriate dental cleaning and sterilization procedures.

Key Features

• PH dental luxator configuration
• 3mm distal working tip
• Directional distal orientation
• Focused profile for posterior periodontal access
• Designed to assist periodontal ligament separation
• Suitable for distal root-surface access
• Supports gradual tooth loosening
• Useful for posterior tooth mobilization
• Practical PH handle configuration
• Designed for controlled directional positioning
• Reusable dental extraction instrument
• Suitable for appropriate cleaning and sterilization procedures

Clinical Applications

• Distal periodontal access
• Posterior tooth mobilization
• Molar extraction preparation
• Periodontal ligament separation
• Distal root-surface access
• Tooth loosening
• Progressive tooth mobilization
• Difficult-access posterior extraction
• Selected dental surgical extraction procedures

FAQs

What is the PH 3mm Distal Tip Dental Luxator used for?
It is intended for selected extraction procedures where focused access to the distal aspect of a tooth is needed for periodontal separation and controlled mobilization.

What does the distal tip orientation provide?
The distal orientation gives the working end a specific direction for approaching the distal side of the tooth, which can be useful in posterior extraction sites.

Why is the working tip 3mm?
The 3mm profile provides a compact working area for accessing suitable portions of the periodontal space while retaining a focused instrument profile.

Is this luxator suitable for posterior teeth?
Its distal configuration can be particularly useful in selected posterior and molar extraction procedures where access to distal surfaces is required.

How is the PH 3mm Distal different from a straight-tip luxator?
The PH 3mm Distal has a directional distal working configuration, whereas a straight-tip luxator follows a more neutral linear approach to the working area.

Can it be used for tooth mobilization before extraction?
Yes. It can be incorporated into appropriate extraction workflows where periodontal separation and gradual tooth mobility are established before removal.