Dental Surgical Extraction Luxator PH X 1.5mm Straight

PH X 1.5mm Straight Dental Luxator for Focused Periodontal Access

The PH X 1.5mm Straight Dental Luxator is a specialized extraction instrument developed for situations where a particularly narrow working end is appropriate for accessing the periodontal space. Its combination of a 1.5mm straight blade and PH X configuration distinguishes it from the larger 2mm and 3mm straight luxators in the range.

The 1.5mm working blade is the defining feature of this model. Its ultra-fine profile provides a concentrated working area that can be positioned within suitable portions of the periodontal space. This makes the instrument particularly relevant when the available access calls for a smaller tip rather than the broader working surface of larger luxators.

The straight blade provides a direct linear approach to the tooth. Once an appropriate access point has been established, the working end can be repositioned progressively around suitable areas as periodontal attachment is separated. This gives the instrument a focused role during the early mobilization stage of extraction.

The PH X configuration adds another distinct characteristic to the instrument. Its shaped handle provides a dedicated gripping arrangement behind the slender working shaft, helping maintain consistent positioning while the 1.5mm tip is introduced and adjusted around the tooth.

The narrow working profile makes this luxator particularly relevant to focused periodontal access, ligament separation, tooth loosening, and progressive mobilization. It should not be treated simply as a smaller version of a 2mm luxator; the 1.5mm dimension gives it a more specific role where a very fine working end is preferred.

The PH X 1.5mm Straight Dental Luxator can be incorporated into suitable dental extraction and oral surgery workflows. Selection should be based on tooth anatomy, periodontal access, surrounding structures, available working space, and the clinician's preferred extraction technique.

Key Features

• PH X dental luxator configuration
• 1.5mm straight working blade
• Ultra-fine profile for focused periodontal access
• Direct linear working path
• Designed to assist periodontal ligament separation
• Suitable for precise positioning around accessible tooth surfaces
• Supports gradual tooth loosening
• Useful for progressive tooth mobilization
• Distinct PH X handle configuration
• Slender working shaft
• Reusable dental extraction instrument
• Suitable for appropriate cleaning and sterilization procedures

Clinical Applications

• Focused periodontal access
• Periodontal ligament separation
• Initial tooth loosening
• Progressive tooth mobilization
• Extraction preparation
• Fine-access dental extraction procedures
• Selected difficult-access tooth mobilization
• Dental exodontia workflows
• Oral surgery extraction procedures requiring a narrow working tip

FAQs

What is the PH X 1.5mm Straight Dental Luxator used for?
It is intended to assist with focused periodontal access, ligament separation, and gradual tooth mobilization during suitable extraction procedures.

Why is the blade only 1.5mm wide?
The 1.5mm profile provides a very narrow working end for situations where a compact contact area is preferred for accessing the periodontal space.

How does the PH X configuration distinguish this instrument?
PH X identifies the particular handle and working configuration, separating this model from other straight luxators with different handle designs.

How does the 1.5mm version differ from a 2mm straight luxator?
The 1.5mm model provides a narrower working profile, making it more focused than a 2mm version when the available access calls for a finer tip.

Is the PH X 1.5mm intended for tooth mobilization?
Yes. It can be incorporated into appropriate extraction workflows where progressive periodontal separation and tooth mobility are required before removal.

What should be considered when selecting this very narrow luxator?
The tooth's position, periodontal access, root anatomy, available working space, and the clinician's preferred technique should determine whether the 1.5mm configuration is appropriate.