3mm Curved Dental Luxator for Surgical Tooth Extraction
3mm Curved Dental Luxator for Surgical Tooth Extraction
3mm Curved Dental Luxator for Focused Periodontal Access
The 3mm Curved Dental Luxator is a specialized extraction instrument intended for procedures where the working area is more conveniently approached with a curved tip. Its compact 3mm profile gives the instrument a focused role in periodontal access and tooth mobilization without relying on the broader working surface of larger luxators.
The 3mm working tip provides a defined contact area for entering an accessible portion of the periodontal space. Its relatively narrow dimension allows the working end to be positioned around suitable tooth contours while maintaining a manageable profile for repositioning during the separation process.
The curved geometry changes the direction of approach to the tooth and is the main characteristic that distinguishes this model. Instead of following a completely straight path, the working end can be directed around the tooth according to the available access and anatomical position.
This configuration can be particularly useful when the clinician needs to work progressively around the periodontal space. The working tip can be repositioned at appropriate points as periodontal attachment is separated and tooth mobility develops before the removal stage.
The relationship between the curved blade, shaft, and handle provides a practical arrangement for maintaining controlled positioning during the procedure. This gives the instrument a distinct role from straight-tip luxators, as well as from directional mesial or distal configurations.
The 3mm Curved Dental Luxator can be incorporated into procedures involving periodontal ligament separation, tooth loosening, progressive mobilization, and extraction preparation. Its compact curved profile makes it suitable for selected extraction sites where a focused and angled working approach is preferred.
Instrument selection should be based on the tooth position, root anatomy, periodontal access, surrounding structures, and the clinician's preferred extraction technique. The reusable instrument can be processed according to appropriate dental cleaning and sterilization procedures.
Key Features
- 3mm curved dental luxator
- Compact curved working tip
- Focused profile for periodontal access
- Angled working path around suitable tooth contours
- Designed to assist periodontal ligament separation
- Supports progressive tooth loosening
- Useful for controlled tooth mobilization
- Suitable where a straight working path is less convenient
- Practical blade, shaft, and handle configuration
- Reusable dental extraction instrument
- Suitable for appropriate cleaning and sterilization procedures
Clinical Applications
- Periodontal ligament separation
- Tooth loosening
- Progressive tooth mobilization
- Curved periodontal access
- Extraction preparation
- Difficult-access tooth extraction
- Selected posterior extraction procedures
- Dental exodontia workflows
- Tooth removal requiring a compact curved working tip
FAQs
What is the 3mm Curved Dental Luxator used for?
It is intended to assist with periodontal ligament separation and progressive tooth mobilization during suitable dental extraction procedures.
What does the 3mm working size provide?
The 3mm profile offers a focused working area for accessing suitable portions of the periodontal space while retaining a relatively compact instrument size.
Why is the tip curved?
The curved tip changes the approach to the working area and can make positioning more practical when a completely straight path is not ideal.
How does this differ from a straight 3mm luxator?
The curved configuration provides an offset approach to the tooth, while a straight 3mm luxator follows a more direct linear path.
Can it be used for tooth mobilization before extraction?
Yes. It can be incorporated into appropriate extraction workflows where gradual periodontal separation and development of tooth mobility are required.
What should guide selection of this luxator?
Tooth position, root anatomy, periodontal access, available working space, tip dimensions, and the clinician's selected extraction technique should all be considered.