Friedman Micro Bone Rongeur – 90° Angled Jaws 1.3mm 14cm Ultra-Fine Surgical Bone Cutter

The Friedman Micro Bone Rongeur – 90° Angled Jaws 1.3mm, 14cm is a specialized microsurgical instrument engineered for precise bone removal in restricted and anatomically challenging surgical environments. Designed for clinicians who require exceptional control and accuracy, this instrument is ideal for delicate procedures where standard bone rongeurs may be too large or difficult to position.

Featuring ultra-fine 1.3mm working jaws with a 90° angled configuration, the rongeur provides outstanding access to confined treatment areas while improving visibility during surgery. The right-angle jaw design allows clinicians to approach bone structures from difficult angles, making it particularly useful in narrow surgical sites, root proximity zones, extraction areas, and other locations where precise bone removal is required.

The sharp micro-cutting jaws are engineered to deliver clean and controlled bone trimming with minimal disruption to surrounding tissues. This precision helps support predictable surgical outcomes while preserving adjacent anatomical structures. The compact 14cm overall length enhances maneuverability and tactile control, allowing clinicians to perform intricate bone modification procedures with confidence and accuracy.

The Friedman Micro Bone Rongeur is commonly used for microsurgical bone contouring, periodontal surgery, endodontic surgery, implant site refinement, apical procedures, ridge modification, and delicate oral surgical applications where ultra-fine bone removal is essential.

Manufactured from premium surgical-grade stainless steel, the instrument offers excellent durability, corrosion resistance, and long-term clinical reliability. It is fully autoclavable and designed to withstand repeated sterilization cycles while maintaining consistent performance.

Key Features

• Professional Friedman Micro Bone Rongeur for ultra-precise bone removal.
• 1.3mm micro jaws for detailed surgical bone trimming.
• 90° angled working end improves access in confined anatomical areas.
• Compact 14cm length enhances control and maneuverability.
• Sharp