Implants are typically placed using which type of torque?

Implants are typically placed using high torque to ensure proper integration with the bone. High torque facilitates the compression of surrounding bone tissues, promoting osseointegration, which is vital for the stability and success of the implant. When placing dental implants, achieving an adequate level of torque helps to ensure that the implant will remain securely anchored, ultimately leading to a better outcome for both the implant and the patient. Optimum torque levels are critical in achieving a balance between stability and avoiding excessive forces that could compromise the bone structure.

In contrast, low torque would not provide sufficient stability for the implant, risking its failure, while medium torque may not achieve the necessary compressive force for optimal bone integration. The concept of using no torque does not apply, as implants require a certain level of rotational force during placement to secure them within the jawbone effectively. Therefore, high torque is essential for successful implant placement in dental procedures.