The COXO C-SAILOR Pro is a surgical physiotherapy dispenser specifically designed for implant procedures, meeting high demands for precision, control, and reliability. The system facilitates controlled preparation of the implant bed and supports the practitioner with stable performance parameters and precise control throughout the entire procedure. At the heart of its functionality is precise torque control. This enables controlled force transmission to the surgical instrument and reduces the risk of overloading the bone tissue. The constant rotational speed ensures consistent working conditions, which is particularly crucial during implant bed preparation. The integrated cooling system ensures effective external irrigation during treatment. This reduces temperature buildup in the surgical area, protecting the tissue and creating optimal conditions for osseointegration. Precise control of the coolant flow rate supports a consistent supply throughout the entire procedure. The device features a user-friendly control unit with a clearly structured interface. Key parameters such as torque, speed, and coolant flow can be set quickly and precisely. This allows for efficient adaptation to different clinical situations and improves workflow in the surgical environment. The C-SAILOR Pro is designed for continuous use and offers a stable power supply. Its robust construction and high-quality materials ensure high reliability, even under intensive use. The system is designed to meet stringent hygiene requirements and is compatible with common sterilization processes. The ergonomic handpiece supports precise guidance during the procedure. The balanced design reduces user strain and enables controlled, safe handling, even during extended surgical procedures. In summary, the COXO C-SAILOR Pro represents a powerful and precise solution for modern implantology. The system combines stable performance, precise control, and high reliability, making it suitable for professionals who want to achieve controlled and safe surgical results.