Slimline Obtuse Angled Last Lower Molar Tooth Rasp

Product Information

At Surgical Holdings Veterinary, the Obtuse Angled Last Lower Molar Tooth Rasp 50.8cm (20") is a specialist equine dental instrument designed to provide exceptional access to the last lower molar teeth. Manufactured from high-quality stainless steel, this rasp is engineered to support precise and effective dental treatment in hard-to-reach areas of the equine mouth.

• Specialised Design for Rear Lower Molars - Featuring a carefully developed obtuse angled head, this rasp allows veterinarians and equine dental professionals to access the furthest lower molars with greater ease. The angled working end improves manoeuvrability and visibility, making it easier to perform accurate dental maintenance where standard rasps may be less effective.
• Designed for Slimline Tungsten Carbide Blades - This instrument features a small box fitting specifically designed to accept slimline solid tungsten carbide blades DLA/21S. The combination of the specialised rasp head and slimline blade compatibility allows for efficient treatment of challenging dental surfaces.
• Supports Effective Dental Maintenance - Ideal for routine and corrective equine dentistry, this rasp helps to smooth tooth surfaces, remove sharp enamel points, and address dental irregularities, supporting improved comfort, chewing efficiency, and overall oral health.
• Compatible Blade - This rasp is designed to take the DLA/21S Slimline Solid Tungsten Carbide Blade.
• Compatible Float Systems - The Obtuse Angled Last Lower Molar Tooth Rasp is compatible with Classic Polished, Classic Matt, and Economy.
• Durable Stainless Steel Construction - Manufactured from stainless steel, this 50.8cm (20") rasp offers excellent durability, corrosion resistance, and suitability for repeated sterilisation, ensuring reliable long-term performance in professional equine dental practice.

The Obtuse Angled Last Lower Molar Tooth Rasp 50.8cm (20") is an essential tool for equine dental professionals requiring enhanced access, precision, and reliability when treating the furthest lower molar teeth.