The Fissure Burr 39 014 is a medical-grade stainless-steel rotary instrument engineered for detailed podiatric work, particularly in the nail fold (sulcus). Its slim, finely crafted head allows practitioners to access tight and sensitive areas safely, making it ideally suited for treating ingrown nails, compacted debris, and delicate sulcus callus. Manufactured by Hager & Meisinger, it delivers consistent rotational stability and durability, supporting professional use in both clinical and foot-care settings.
Insert the burr into a compatible micromotor or handpiece.
Adjust rotation speed according to treatment needs, not exceeding 50,000 RPM.
Gently guide the burr into the nail fold, using controlled, light movements.
Remove compacted skin, debris, or sharp nail edges without applying excessive pressure.
After use, clean and sterilise according to standard instrument hygiene protocols.
Enables precise removal of debris and callus within the nail fold.
Smooths sharp nail edges contributing to pain or inflammation.
Supports ingrown nail management by accessing narrow anatomical spaces.
Allows controlled, detailed work without damaging surrounding tissue.
Slim fissure design ensures excellent access to tight, sensitive areas.
Stainless-steel construction ensures durability, hygiene, and corrosion resistance.
Compatible with disinfection baths, drill baths, and ultrasonic cleaning.
Performs safely at high speeds for efficient, time-saving treatment.
Provides outstanding tactile feedback for delicate podiatric work.
Product Classification: Medical Device
Material: Stainless Steel
Application Fields: Work on the nail fold (sulcus)
Max RPM: 50,000
Shank Length: 36 mm
Sterilisation Compatibility: Drill baths, disinfection baths, ultrasonic cleaning
The Fissure Burr 39 014 is an essential instrument for podiatrists who require precision, safety, and optimal access when performing treatments within the nail fold. Its robust construction and fine working end ensure reliable performance in managing ingrown nails and sulcus concerns with minimal discomfort for the patient.
