Titanium Coated Carbide Bur - Lindemann Bone Cutter -162 HPXL

Titanium Coated Carbide Surgery Bur - Lindemann Bone Cutter - 162 - For Surgery Handpiece

The Lindemann single-piece carbide burs are precision-engineered tools specifically designed for effective and efficient work on bone structures. These burs are crafted with fine cross cuts and optimal flute depth, ensuring superior cutting performance on hard tissues or bone tissue while efficiently expelling waste material. Made from high-grade fine-grain carbide, the burs deliver smooth, precise, and vibration-free operation, making them a trusted choice for professional surgical applications.

Key Features:

• Specialized for Bone Structure Work: Perfectly adapted for precise cutting, shaping, and manipulation of bone structures.
• Highly Efficient Cutting: Designed for quick, accurate, and clean cutting performance.
• Unique Blade Cutting Angles: Engineered for enhanced cutting capability and precision control.
• Debris Removal Facility: Effectively expels waste material during the cutting process, maintaining operational efficiency.
• Aggressive Cutting Capability: Ideal for demanding surgical procedures requiring powerful and precise bone cutting.

Applications:

The Lindemann bur is versatile and suitable for a wide range of surgical procedures, including:

• Osteotomy: Surgical cutting or reshaping of bones.
• Apicoectomy: Removal of the apex of a tooth root.
• Cystectomy: Surgical removal of cysts.
• Hemisectomy: Partial removal of a tooth or the surrounding bone structure.
• Preprosthetic Surgery: Preparing bone structures for the placement of prosthetic devices.

Technical Specifications:

• Model: 162
• Compatible With: Surgery Handpiece
• Material: Tungsten Carbide with Titanium Coating

Package Details:

Each package includes 1 Lindemann Bone Cutter Bur (162), offering high-quality performance and reliability for demanding surgical use.

Note: The titanium coating enhances durability, wear resistance, and cutting efficiency, ensuring the bur’s longevity and consistent performance in clinical applications. This makes it an indispensable tool for surgeons seeking precision, reliability, and efficiency in bone surgery.