Description:

The IMP CBD3.7C DLC Cortical Bone Drill 3.7D is a high-performance surgical drill designed for use in dental implant procedures involving dense cortical bone. With a 3.7 mm diameter, this drill is used to enlarge osteotomy sites following initial pilot drilling, allowing for gradual and controlled expansion of the implant site while maintaining precision and safety.

A standout feature of this drill is its Diamond-Like Carbon (DLC) coating, which significantly enhances surface hardness and reduces friction during use. This coating helps maintain sharp cutting edges over time, extends the drill’s lifespan, and minimizes heat generation during drilling. By reducing thermal buildup, the DLC coating helps protect surrounding bone tissue, promoting better healing and osseointegration of the implant.

The drill is made from surgical-grade stainless steel or titanium alloy, offering excellent durability, corrosion resistance, and biocompatibility. Its flute geometry is carefully engineered to efficiently evacuate bone debris, preventing clogging and ensuring a clean, accurate osteotomy. The 3.7 mm diameter is a key step in many implant protocols, supporting a smooth transition to final implant placement.

Designed for compatibility with standard surgical handpieces and implant systems, this drill is versatile and easy to incorporate into existing surgical setups. It is autoclavable and reusable, making it a cost-effective solution for clinicians who require consistent performance across multiple procedures.

The IMP CBD3.7C DLC Cortical Bone Drill 3.7D is an essential tool for implant surgeons seeking precision, reliability, and efficiency when working with dense bone. Its advanced coating, material quality, and thoughtful design contribute to improved surgical outcomes and patient satisfaction.

In summary, this drill is a critical component in implant dentistry, offering enhanced control, reduced thermal risk, and dependable performance in demanding clinical scenarios.