Titanium Burr (TIN) T429SPEED (040) Busch

SPEED TITANIUM BUR T429 (040) BY BUSCH

The Speed Titanium Busch podiatry bur, made of carbide with a titanium nitride (TiN) coating, offers exceptional durability and optimal performance. Its design includes a crosscut and cross-tooth pattern, ideal for removing thickened nails or treating gel on prosthetics. The polished, non-toothed head ensures safety during milling.

INDICATIONS FOR USE OF THE PODIATRY BUR:

• Removal of thickened nails.
• Gel treatment for prosthetics.
• Professional use in medical podiatry.
  

TECHNICAL CHARACTERISTICS:

• MATERIAL: Carbide with titanium nitride (TiN) coating.
• MAXIMUM SPEED: 70,000 rpm.
• NOMINAL DIAMETER (040): 4.0 mm.
• CUT: Crosscut.
• TOOTHING: Cross-toothed.
• SAFETY: Non-toothed head.
• HEAD LENGTH:13 mm.

STORAGE:

• Keep in a clean, dry place.
• Protect from direct sunlight.

CLEANING AND CARE:

• Initial preparation:
  - Perform a visual and mechanical check of the bur’s condition.
  - Wash manually with water and neutral soap to remove visible dirt before disinfection.
• Manual cleaning:
  - Start with dry cleaning whenever possible.
  - If dry cleaning is insufficient, wash with pressurized cold water, ensuring to clean cavities, grooves, and hard-to-reach areas.
  - Use soft, plastic-bristle brushes if necessary.
• Disinfection:
  - Immerse the burs in a suitable solution with distilled water and use an ultrasonic bath or container.
  - Select temperature, time, and program according to the disinfectant manufacturer’s instructions.
• Drying:
  - Thoroughly dry with a lint-free absorbent cloth or compressed air, especially in cavities and hard-to-reach areas.
• Sterilization:
  - Depending on the intended use, perform sterilization in an autoclave, following the recommended cycles (minimum 15 minutes at 121 °C or 3 minutes at 134 °C).
• Post-storage:
  - Store the burs in a clean, dry place, protected from direct sunlight to maintain their integrity and functionality.
  - This procedure ensures the longevity of the burs and their safe use in healthcare settings.