Dia-Burs

Diamond burs for dental finishing

Dia-burs develops products based on the concept of dental preservation treatment, achieves more precise operations through precise diamond working channel design, and is committed to helping dental professionals complete their work with more confidence and efficiency.

Highlights

Safe design, fine operation

The development of Dia-burs is based on the concept of dental preservation therapy and provides excellent stability in use. The safe design of the tip and its excellent coaxial concentricity reduce needle vibration during use, allowing for more refined operation and preservation of the pulp cavity, thus reducing damage to healthy teeth.

• Excellent coaxiality and concentricity.

Precise touch, time-saving and efficient

• Extreme cutting speed, higher sharpness.

High-purity tungsten steel brings a new haptic feedback, can be used in a more timely sense of the working state, an average of each processing can save 3-5 minutes of chair time, can save more than 100 hours of chair work time per year.

Higher quality diamond sand, stronger cutting ability

South Africa Natural Diamond Granules

Reduce costs and increase efficiency

With better wear resistance, one burs can complete more work. DEPRAG achieves the overall balance of strength and durability of diamond turning needles through a new production process, so more work can be done with a single bit, helping doctors reduce the cost of use while reducing clinic inventory.

Structure

• Diamond
• Hard metal coating
• Adhesive layer
• Buffer layer
• Tungsten steel base rod

Features

Sharp

• Natural diamond particles, strong cutting ability.
• Multiple cutting surfaces.
• Exclusive patent nickel sulfamate plating process.

Wear-resistant

• Four-layer plating.
• Diamond particle depth nesting.
• Deep integration with shank.

High-speed concentricity and balance

• Japanese finished stainless steel handle.
• High speed concentricity and balance.

Secure

• Crystal heat treatment technique.
• High strength, resistance to deformation.