Medical robots offer a combination of increased precision, reduced patient discomfort, and faster treatment times, enhancing the overall dental and oral surgical experience.

Robotic arms, also known as dental robots, are commonly used in dentistry for procedures such as implant placement, root canal treatment, and crown preparation.

Robotic arms offer real-time guidance, perform precise movements, and minimize invasiveness, leading to reduced risk of human error and improved treatment outcomes.

Medical robots in oral surgery assist in complex procedures, reduce the need for general anesthesia, and minimize post-operative pain and discomfort, enhancing patient recovery.

Yomi is a robotic system specifically designed for dental implant surgery, providing precise placement and angulation of implants.

Yomi's precise implant placement reduces the risk of nerve damage, minimizes bone loss, and optimizes implant stability and longevity.

Medical robots in root canal treatment offer improved visualization, enhanced access, and reduced risk of procedural errors, leading to better treatment outcomes.

Medical robots in crown preparation provide accurate digital impressions, design crowns with optimal fit and aesthetics, and automate the milling process, resulting in high-quality restorations.

ROSA (Robotic Surgical Assistant) is a robotic system commonly used for orthognathic surgery, providing precise bone cutting and repositioning.

ROSA offers real-time 3D visualization, guides the surgeon's movements, and reduces the risk of complications and revision surgeries, enhancing the outcomes of orthognathic procedures.

Medical robots in periodontal surgery offer minimized tissue trauma, enhanced precision, reduced post-operative pain, and improved overall surgical outcomes.

Medical robots in dental implant placement provide real-time feedback, minimize the risk of implant-nerve contact, and optimize implant stability and longevity.

TMJ Robot is a robotic system specifically designed for TMJ surgery, assisting surgeons in precise bone cutting and repositioning during joint reconstruction procedures.

TMJ Robot reduces the risk of nerve damage and blood vessel injury, minimizes surgical trauma and scarring, and optimizes joint alignment and function, leading to improved patient outcomes.

Medical robots in cleft lip and palate surgery offer enhanced precision, minimize the risk of complications, and improve aesthetic outcomes, leading to better patient satisfaction.