Labodent Milling Burs DC (VHF Type)

• Precision Sharpness: Experience unparalleled precision with an exceptionally sharp cutting edge, minimizing the risk of chipping or cracks in dental restorations.
• Zirconia Compatibility: Tailored for Zirconia, these burs ensure seamless integration with popular dental materials, providing optimal results in restorative work.
• High Tenacity: Minimize the risk of bur cracking with high tenacity, guaranteeing durability and reliability in prolonged usage.
• Extended Lifespan: Designed for longevity, these burs offer an extended lifespan, contributing to cost-effectiveness for dental laboratories.
• Superior Hardness: Benefit from superior hardness, ensuring consistent and reliable performance in various milling applications.
• Optimal Coating Adhesion: Enhanced coating adhesion ensures the durability of the burs, maintaining the integrity of the cutting edge for precise milling.
• Versatile Compatibility: Suitable for Arum CAD/CAM milling machines and potentially other systems, providing versatility for dental professionals.

• Coating: Diamond Coating (DC)

Labodent Milling Burs DC 1mm (VHF Type)

• Shank Diameter (D): 3mm
• Flute Diameter (d): 1mm
• Flute Length (l1): 3.5mm
• Effective length (l2): 16mm
• Overall Length (l3): 40mm
• Ring Position (I): 26.5mm

Labodent Milling Burs DC 2mm (VHF Type)

• Shank Diameter (D): 3mm
• Flute Diameter (d): 2mm
• Flute Length (l1): 3.5mm
• Effective Lenght (l2): 16mm
• Overall Length (l3): 40mm
• Ring Position (I): 26.5mm

Labodent Milling Burs DC 0.6mm (VHF Type)

• Shank Diameter (D): 3mm
• Flute Diameter (d): 0.6mm
• Flute Length (l1): 2mm
• Effective Lenght (l2): 7mm
• Overall Length (l3): 40mm
• Ring Position (I): 26.5mm

• 1 x DC Milling Bur

• Compatibility Check: Confirm the compatibility of Labodent Milling Burs DC with your CAD/CAM milling machine, ensuring a seamless fit.
• Secure Installation: Carefully install the bur into the milling machine.
• Material Selection: Choose the appropriate Labodent Milling Bur based on the dental material you're working with, especially tailored for Zirconia.
• Optimal Settings: Adjust milling machine settings for the specific dental restoration requirements, considering material characteristics and desired precision.
• Steady Application: Engage the milling machine with a steady hand, allowing Labodent Milling Burs DC to exhibit precision and reduce the risk of chipping or cracks.
• Monitoring: Regularly monitor the milling process to ensure the desired shape and precision are achieved. Adjust settings as needed for optimal results.
• Cleaning and Maintenance: After use, clean the milling burs thoroughly. Ensure proper sterilization for a hygienic work environment.

• Country of Origin: Made in PRC

• Warranty is not applicable for this product. 

Question: Can these be used with VHF4 Milling machine?

Answer: Yes, the Labodent Milling Burs DC (VHF Type) can be used with the VHF K4 milling machine. These burs are compatible and designed to work effectively with this equipment.

Question: How should Labodent Precision milling burs be handled and maintained?

Answer: To ensure optimal performance and longevity, it is recommended to handle Labodent Precision milling burs with care. Clean them thoroughly after each use to remove any debris or residues. Store them in a clean, dry environment to prevent contamination. Follow manufacturer guidelines for sterilization and maintenance procedures to maximize their lifespan and effectiveness.

Question: Are they compatible with airotor handpiece?

Answer: Labodent Milling Burs DC (VHF Type) are not compatible with airotor handpieces.

Question: How do Labodent Milling Burs DC enhance the dental milling process?

Answer: Labodent Milling Burs DC are precision-engineered CAD/CAM tools, providing a sharp edge and Zirconia compatibility for flawless dental restorations.

Question: What benefits do these burs offer in terms of tenacity and lifespan?

Answer: Labodent's milling burs boast high tenacity, reducing the risk of cracking, and ensuring a prolonged lifespan for cost-effectiveness in dental restorations.