Diamond Bur EXO PRO conical 1.0 mm — EXO FREZ EXO PRO DIAMENTOWY STOŻEK 1,0MM RD

Diamond conical bur EXO PRO conical 1.0 mm from EXO is a precision rotary instrument with a 1.0 mm tip diameter intended for dental and laboratory shaping, trimming and finishing of hard materials. The bur features a diamond-coated working surface that provides consistent abrasive action for delicate preparation, contouring of restorations and fine detail work. Its conical geometry allows access to narrow areas and controlled material removal while preserving adjacent structures.

Advantages

The diamond coating ensures long-lasting abrasive performance and uniform cutting across the conical surface. The 1.0 mm tip enables precise edge work and intricated contouring in small cavities or laboratory models. The bur’s geometry reduces chatter and improves tactile feedback for steady, predictable material removal. It is compatible with standard high-speed rotary handpieces used in clinical and laboratory environments.

Suitable for

• Precise preparation of tooth structure and margins
• Contouring and finishing of composite, ceramic and metal restorations
• Laboratory model trimming and fine detail work
• Accessing narrow or confined areas requiring a 1.0 mm tip

Key specifications

• Tip diameter: 1.0 mm
• Shape: Conical
• Cutting surface: Diamond-coated
• Intended speed range: High-speed rotary use
• Typical applications: Dental preparation, restoration contouring, laboratory finishing

How to use

Secure the diamond conical bur in a compatible high-speed handpiece according to the handpiece manufacturer’s instructions. Use light, controlled strokes and avoid applying excessive axial pressure to prevent accelerated wear of the diamond coating. Operate with appropriate irrigation or air cooling as recommended for the worked material and follow standard clinical or laboratory safety protocols, including personal protective equipment and proper isolation of the working area.

Usage recommendations

For optimal results, select appropriate rotational speed for the processed material, maintain steady light pressure, and ensure adequate cooling. Replace the bur when abrasive efficiency noticeably decreases to avoid compromised surface quality.