Description:

The IMP CBD5.2C DLC Cortical Bone Drill 5.2D is a durable and high-precision surgical drill designed for preparing osteotomy sites in dense cortical bone during dental implant procedures. With a 5.2 mm diameter, this drill is typically used in the final stages of sequential drilling to create an osteotomy that closely matches the implant’s final diameter, ensuring a secure and stable fit.

One of the standout features of this drill is its Diamond-Like Carbon (DLC) coating, a specialized surface treatment that enhances the tool’s hardness, reduces friction, and significantly increases wear resistance. This coating helps the drill maintain sharp cutting edges over multiple uses, ensuring consistent performance and efficient bone cutting. By minimizing heat generation, the DLC layer protects bone tissue from thermal damage, which is essential for preserving bone vitality and promoting successful osseointegration.

The drill is manufactured from surgical-grade stainless steel or titanium alloy, offering excellent strength, corrosion resistance, and biocompatibility. Its flute geometry is engineered to effectively clear bone debris, preventing clogging and maintaining visibility and control during surgery.

Compatible with most implant systems and surgical handpieces, the IMP CBD5.2C drill is easy to integrate into various clinical workflows. It is fully sterilizable and reusable, making it a cost-effective and reliable tool for repeated use in implant surgeries.

Overall, the IMP CBD5.2C DLC Cortical Bone Drill 5.2D provides clinicians with a dependable, high-performance solution for preparing implant sites in dense bone. Its advanced coating, robust construction, and precise design contribute to improved surgical accuracy, reduced complications, and enhanced patient satisfaction.