The Impact of Advanced Drilling Techniques on Implant Success

The Impact of Advanced Drilling Techniques on Implant Success

Welcome to another informative blog from DSI Dental Solutions. Today, we explore a crucial aspect of dental implant surgery: the drilling process. The success of implant integration heavily relies on the precision and sharpness of the tools used. 

Let us delve into why this is so vital:

Using dull drills for osteotomy preparation can have serious repercussions. It’s scientifically proven that drill quality, design, and surgical technique significantly impact bone health    (Gehrke SA, Treichel TLE, Aramburú Júnior J, de Aza PN, Prados-Frutos JC. Effects of the technique and drill design used during the osteotomy on the thermal and histological stimulation. Sci Rep. 2020 Nov 26;10(1):20737) 

The increased friction they generate leads to higher temperatures during drilling. This excess heat can result in bone necrosis, where the bone tissue dies due to insufficient blood supply. Additionally, the cellular damage caused by the heat can impede the bone's ability to heal and integrate with the implant, significantly increasing the likelihood of implant failure. The uneven and imprecise cuts made by dull drills can also compromise the stability and fit of the implant, further reducing the chances of successful osseointegration.

In contrast, sharp drills offer numerous advantages. They reduce friction and heat generation, minimizing the risk of bone and tissue damage. Sharp drills provide clean, precise cuts, allowing for optimal fit and stability of the implant. This precision enhances the bone's ability to heal and integrate with the implant, significantly improving the procedure's success rate. Regularly replacing drills (recommended at least every 30 uses) ensures that each implant surgery is performed with the highest level of precision and safety. 

This is why it is so important to use high-quality special Step&Stop drills:

DSI Step&Stop drills are precisely shaped to match implant geometry for high accuracy. The drills are built with each drill leading the following drill and each drill features an integral stopper, balanced design, and Diamond-like Carbon (DLC) coating for superior performance. They reduce pressure on the implant neck and increase stability, allowing faster implant installation with a shorter drilling protocol. Step&Stop drill's special design enables them to generate minimal heat and vibration, extending lifespan and reducing bone heating, thus preventing bone necrosis. This ensures better stability for immediate implant loading and reduces the risk of complications. The drills enhance bone-to-implant contact, minimize bone consumption and trauma, and promote early bone apposition for successful healing.

(Islam, M.A.; Kamarrudin, N.S.; Daud, R.; Mohd Noor, S.N.F.; Azmi, A.I.; Razlan, Z.M. A Review of Surgical Bone Drilling and Drill Bit Heat Generation for Implantation. Metals 2022)

At DSI, we use Diamond-like Carbon (DLC) coating, an advanced surface treatment that significantly enhances surgical drill performance and longevity. 

Here are the key benefits of DSI DLC-coated drills:

• Increased Hardness - exceptional hardness dramatically reduces wear and tear, allowing the drills to maintain their sharpness for a longer period compared to non-coated drills. This durability ensures consistent performance.

• Reduced Friction and Heat Generation - The smooth, low-friction surface of the DLC coating minimizes resistance, which in turn reduces the amount of heat generated. Lower heat levels are crucial in preventing thermal damage to the bone tissue, thus reducing the risk of bone necrosis and improving the overall outcome of the surgery.

• Enhanced Precision and Clean Cuts - The combination of reduced friction and increased hardness leads to cleaner and more precise cuts. DLC-coated drills can penetrate bone tissue with minimal force, ensuring that the osteotomy is accurate and well-defined. This precision is vital for achieving a perfect fit for the implant, which enhances the stability and longevity of the overall restoration.

• Resistance to Corrosion - DLC coatings also provide excellent resistance to corrosion. This resistance ensures that the drills remain effective and reliable even after repeated sterilizations, which is essential for maintaining surgical hygiene and preventing infections.

The use of DSI DLC-coated drills in dental implant surgery offers numerous advantages, from increased hardness and reduced friction to enhanced precision and improved biocompatibility. By choosing drills with DLC coating, you can ensure safer procedures, higher success rates, and better outcomes for your patients.

Remember, the key to successful implant surgery lies in keeping your tools sharp and ensuring a precise fit for your implants. 

For more information or any further questions, please feel free to write to us. 

For products and kits please see here:

DSI DLC Step&Stop Drills Kit

DSI Surgical Implant Kit Drill Refill

Stepped drills
‍
‍‍Step & Stop Drills