Dental Luxator PH 1.5mm Straight Extraction
Dental Luxator PH 1.5mm Straight Extraction
PH 1.5mm Straight Dental Luxator for Fine Periodontal Access
The PH 1.5mm Straight Dental Luxator is a specialized dental 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 tip and PH configuration gives it a specific role among fine-profile luxators used during tooth mobilization.
The 1.5mm working tip is the defining dimension of this model. Its narrow profile provides a concentrated contact area for entering an accessible portion of the periodontal space without the broader footprint associated with larger luxator blades. This makes it a suitable option when the available working area calls for a finer instrument profile.
The straight working geometry provides a direct route toward the tooth. The tip can be positioned at an appropriate access point and progressively repositioned around suitable areas as periodontal attachment is separated. This gives the instrument a focused role during the loosening stage of extraction.
The PH configuration distinguishes this model from the PH X version with the same 1.5mm straight tip. This distinction is important when selecting between similar instruments, as the handle and overall configuration affect the instrument's working identity and handling characteristics.
The compact tip can be incorporated into procedures involving focused periodontal access, ligament separation, initial tooth loosening, and progressive tooth mobilization. Its 1.5mm profile makes it particularly relevant when a narrower working end is preferred over 2mm or larger straight luxators.
The PH 1.5mm Straight Dental Luxator can be used as part of appropriate dental extraction workflows where the instrument's dimensions and straight working path match the available anatomy. Selection should consider tooth position, periodontal access, root anatomy, surrounding structures, and the clinician's preferred technique.
Key Features
- PH dental luxator configuration
- 1.5mm straight working tip
- Fine-profile blade for focused periodontal access
- Direct linear working path
- Designed to assist periodontal ligament separation
- Suitable for narrow working areas
- Supports gradual tooth loosening
- Useful for progressive tooth mobilization
- Distinct PH handle configuration
- Compact working-end design
- Reusable dental extraction instrument
- Suitable for appropriate cleaning and sterilization procedures
Clinical Applications
- Fine periodontal access
- Periodontal ligament separation
- Initial tooth loosening
- Progressive tooth mobilization
- Extraction preparation
- Narrow-access tooth extraction procedures
- Selected difficult-access cases
- Dental exodontia workflows
- Procedures requiring a fine straight luxator tip
FAQs
What is the PH 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 a 1.5mm tip useful?
The narrow 1.5mm profile provides a fine working end for situations where the available periodontal access is better suited to a smaller tip.
What does the PH designation identify?
PH identifies the specific handle and instrument configuration of this model, distinguishing it from the PH X 1.5mm version.
How does this instrument differ from the PH X 1.5mm Straight Luxator?
Both have a 1.5mm straight working profile, but they use different PH and PH X configurations. This distinction gives each version its own handling and product identity.
Can the PH 1.5mm Straight be used for tooth loosening?
Yes. It can be incorporated into appropriate extraction workflows where progressive periodontal separation and development of tooth mobility are required.
When should a clinician consider a 1.5mm luxator instead of a 2mm model?
A 1.5mm configuration may be appropriate when a finer working tip is better suited to the available periodontal space, tooth anatomy, and access requirements.