Exodontia Oral Elevator – #301

The Exodontia Oral Elevator – #301 is a specialized dental surgical instrument used in oral and maxillofacial surgery for tooth luxation and elevation prior to extraction. It is carefully engineered to assist dental surgeons in loosening teeth from the periodontal ligament, enabling smoother and less traumatic extractions.

This elevator is widely used in exodontia procedures where controlled force and precision are required. The #301 design provides excellent access to the periodontal space, allowing surgeons to apply leverage effectively while minimizing stress on surrounding bone and soft tissue structures. Its functional design improves surgical efficiency and reduces extraction time.

Manufactured from premium-grade surgical stainless steel, the Exodontia Oral Elevator – #301 offers exceptional durability, corrosion resistance, and long-term clinical reliability. The material ensures the instrument maintains its structural integrity even after repeated sterilization cycles in autoclave systems, making it ideal for continuous professional use in dental clinics and surgical centers.

The instrument features a finely polished surface that allows smooth insertion between tooth and alveolar bone, reducing tissue trauma during procedures. Its ergonomically designed handle ensures a secure and comfortable grip, enabling precise control during delicate surgical maneuvers. This reduces hand fatigue and improves handling accuracy during prolonged dental procedures.

The Exodontia Oral Elevator – #301 is an essential tool in modern dental surgery, particularly in cases requiring controlled elevation before forceps application. It is commonly used in routine tooth extractions, impacted tooth removal, and root luxation procedures. Its design supports both simple and complex oral surgical cases, making it a versatile addition to any dental instrument set.

Built for professional performance, this elevator meets high surgical standards for safety, reliability, and efficiency. Its balanced construction and strong blade structure allow consistent force application without bending or deformation, ensuring dependable performance in clinical environments.

Key Features

• Precision-designed #301 elevator for tooth luxation
• Used for controlled elevation during dental extraction
• Manufactured from surgical-grade stainless steel
• Corrosion-resistant and long-lasting performance
• Fully autoclavable and reusable instrument
• Ergonomic handle for secure grip and control
• Smooth polished finish for atraumatic insertion
• Ideal leverage for periodontal ligament separation
• Reduces trauma to surrounding bone and tissue
• Lightweight and well-balanced design
• Suitable for oral and maxillofacial surgery
• Professional-grade instrument for clinical use

Product Specifications Table

Applications

• Dental tooth extraction procedures
• Tooth luxation prior to forceps extraction
• Root elevation and loosening
• Removal of impacted or partially erupted teeth
• Oral and maxillofacial surgical procedures
• Periodontal ligament separation
• Surgical preparation for exodontia cases

FAQs

1. What is the Exodontia Oral Elevator – #301 used for?

It is used to loosen and elevate teeth before extraction, making dental procedures safer and more controlled.

2. Is the #301 elevator reusable?

Yes, it is fully reusable and designed for repeated sterilization in autoclave systems.

3. What material is it made of?

It is made from high-quality surgical stainless steel for durability and corrosion resistance.

4. Can it be sterilized in an autoclave?

Yes, the instrument is fully autoclavable and safe for standard sterilization processes.

5. Is it suitable for surgical use?

Yes, it is designed for professional use in dental clinics, hospitals, and oral surgery settings.

6. What makes the #301 design special?

Its structure provides controlled leverage and access for efficient tooth elevation with minimal trauma.

7. Does it reduce tissue damage during extraction?

Yes, its smooth polished finish and controlled design help minimize trauma to surrounding tissues.