CRYER ELEVATOR #28S

Slim Right-Angled Dental Root Elevator for Precise Surgical Extractions

The CRYER ELEVATOR #28S is a high-precision dental surgical instrument designed for controlled root elevation and atraumatic extraction procedures. Featuring a slim triangular right-angled blade, this instrument provides enhanced access, visibility, and leverage during difficult extraction cases and surgical root removal procedures.

Manufactured from premium German stainless steel, the Cryer Elevator #28S delivers excellent durability, corrosion resistance, and long-lasting clinical performance. Its ergonomic textured handle ensures a secure grip and superior tactile control, allowing dental professionals to perform precise extractions with confidence and minimal trauma to surrounding tissues.

The slim-profile working tip makes the #28S especially effective in narrow surgical areas and delicate extraction procedures requiring maximum precision.

Key Features

• Slim right-angled Cryer elevator for precise surgical access
• Sharp triangular blade for efficient root elevation
• Ideal for retained roots and mandibular molar extractions
• Crafted from premium surgical-grade German stainless steel
• Ergonomic textured handle for enhanced grip and control
• Excellent balance and tactile sensitivity during procedures
• Fully autoclavable and reusable
• Corrosion-resistant finish for long-term reliability

Applications

The CRYER ELEVATOR #28S is commonly used for:

• Extraction of fractured roots and root fragments
• Surgical removal of retained roots
• Luxation of teeth before forceps extraction
• Atraumatic dental extraction procedures
• Oral and maxillofacial surgery applications

Product Specifications

Why Choose Our Cryer Elevators?

Our dental surgical instruments are manufactured with precision engineering and strict quality control standards to ensure superior performance and reliability. The CRYER ELEVATOR #28S is trusted by dental professionals worldwide for its slim surgical design, exceptional leverage, and comfortable handling during complex extraction procedures.