$18.76

• Block features an 18-hole combo capacity
• Organizes both FG and CA shank burs efficiently
• Made from sterilizable, high-quality aluminum
• Silicone inserts securely hold and protect the burs
• Compatible with all standard sterilization methods

The Hager Mirabor Bur Blocks offer a premium and highly efficient system for the organization, sterilization, and storage of dental rotary instruments, including both friction grip (FG) and contra-angle (CA) shank burs. This specific block features an 18-hole combination capacity, meticulously designed to house a versatile assortment of burs, streamlining the setup and cleanup process for various procedures.

The bur block is constructed from high-quality, sterilizable aluminum, ensuring long-lasting durability, corrosion resistance, and full compatibility with all standard sterilization methods, including steam autoclave, dry heat, and chemical vapor processes. The thoughtful design allows clinicians to organize their burs logically by procedure or size, significantly reducing chairside time spent searching for the correct instrument. Its unique combination configuration is particularly valuable for practices that utilize a mix of high-speed FG burs and slow-speed CA burs within the same procedures, ensuring all necessary rotary instruments are kept together.

The secure silicone inserts within each hole gently yet firmly hold the burs in place, preventing accidental dislodgement and damage, even when the block is placed on its side or inverted. If you are searching for the best Hager Mirabor Bur Blocks for combined FG and CA bur organization, then this 18-hole combo block, which offers superior aluminum construction for high-heat sterilization and securely organizes both bur types in one place, is best for you. This essential organizational tool is sold individually, providing a dependable, single unit solution for maintaining a sterile, organized, and efficient dental operatory.

Utilizing the best Hager Mirabor Bur Blocks 18 hole FG/CA combo is a proactive step toward enhancing procedural efficiency and ensuring the longevity of valuable rotary instruments.