MIK
Mik Self-Limiting Incisal Reduction FG Diamond Bur - IR 2.0 (Pack Of 5)
Mik Self-Limiting Incisal Reduction FG Diamond Bur - IR 2.0 (Pack Of 5)
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Mik Self-Limiting Incisal Reduction FG Diamond Bur - IR 2.0, available in a pack of 5, features a self-limiting mechanism with a working length of 2.0 mm and a tip diameter of 1.0 mm, ensuring precise incisal edge reduction during crown and veneer preparations. Its diamond-coated design enables efficient and controlled cutting, making it an essential tool for dental professionals seeking accuracy and reliability in their procedures.
Features
Features
- Self-limiting for precise depth control
- Diamond-coated for efficient cutting
- Easy one-motion sweeping application
- Ideal for crown and veneer preparations
Description
Description
Specification
Specification
- Working Length: 2.0 mm
- Tip Diameter: 1.0 mm
- Design: Self-limiting, diamond-coated
- Ideal For: All types of crown and veneer preparations
Packaging
Packaging
- Pack of 5
Direction to use
Direction to use
- Preparation: Ensure the dental handpiece is properly set up and the bur is securely attached.
- Positioning: Hold the bur's shank flush with the incisal edge of the tooth you're working on.
- Movement: Move the bur straight through from the labial (front) aspect to the palatal/lingual (back) aspect in a single sweeping motion. Maintain a steady hand to ensure even and consistent reduction.
- Depth: The bur is self-limiting, so it will automatically create a groove that is 2.0 mm deep and 1.0 mm wide.
Additional info
Additional info
- Country Of Origin: India
- Manufacturer: MIK Dental
Warranty
Warranty
- Warranty is not applicable for this product.
Product Related Questions
Product Related Questions
Question: Are the burs included in the Mik Self-Limiting Incisal Reduction FG Diamond Bur - IR 2.0 airotor burs?
Answer: Yes, the burs included in this kit are airotor burs. They feature a friction grip design, making them specifically intended for use with high-speed airotors, ensuring efficient and precise performance during dental procedures.
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