RONNA G6

The RONNA Tool Guide is designed for optimal compatibility with a variety of cylindrical surgical instruments, ensuring precise alignment and stability during procedures. The guide includes interchangeable inserts that accommodate different instrument diameters and lengths, allowing for versatility across various surgical contexts. Each tool insert is equipped with integrated memory to store calibration data, ensuring accurate and reliable tool positioning throughout the operation. 

RONNA Tool Inserts are designed to enhance surgical accuracy and flexibility. Compatible with a wide range of cylindrical instruments, including biopsy needles, catheters, and drill bits, these inserts ensure seamless integration and efficient instrument placement. Available in multiple internal diameters, RONNA Tool Inserts accommodate diverse procedural needs while maintaining high accuracy and repeatability. Featuring a secure locking mechanisms, they provide stability and reliable positioning during surgeries. Additionally, their reusable and sterilizable design makes RONNA Tool Inserts a cost-effective and sustainable choice for modern medical practices.

The RONNA Marker is a crucial component for achieving high-accuracy localization during surgical interventions. These markers are designed for easy attachment to the patient's anatomy, providing reliable reference points for subsequent navigation and positioning. By utilizing the RONNA Marker in conjunction with the RONNA Vision and the robotic platform, surgeons can achieve unparalleled accuracy in instrument placement, resulting in improved patient outcomes and enhanced surgical safety. 

RONNA Vision is a proprietary imaging technology that enhances surgical precision by providing real-time visual feedback during procedures. Utilizing advanced near-infrared imaging, RONNA Vision enables non-contact patient localization, improving both comfort and efficiency. Its dual-camera system captures comprehensive visual data, facilitating enhanced depth perception and spatial awareness for the surgical team. With a fast marker detection capability, RONNA Vision streamlines the setup
process, ensuring that procedures commence smoothly and efficiently. 

The RONNA G6 is a thoughtfully designed robotic system combining innovation and practicality. Its compact footprint and optimal robot angle enable flexible spatial layouts, close patient positioning, and maximum rigidity for precise instrument guidance, ensuring exceptional accuracy even in complex procedures.

Seamlessly integrating into operating rooms, RONNA G6 offers user-friendly operation and advanced technical capabilities, making it ideal for minimally invasive neurosurgery. This versatile system exemplifies innovation, functionality, and adaptability, establishing itself as a trusted solution for neurosurgical applications worldwide.

The RONNA G6 sets a new standard in neurosurgery with its fully mobile, motorized propulsion system, enabling rapid and precise setup. This innovative design reduces procedure times, enhancing patient care while optimizing hospital resources and staff workflow. Its autonomous platform allows automatic docking and dynamic positioning, surpassing manual methods in accuracy and efficiency. The tilted robotic arm ensures optimal space utilization, making RONNA G6 a seamless, safe, and efficient addition to any operating room.

The RONNA G6 is a cutting-edge robotic system designed to maximize benefits for both patients and surgeons. Its compact footprint allows flexible positioning in various surgical setups, ensuring optimal proximity and rigidity for precise instrument guidance. This precision enhances accuracy, even in complex neurosurgical procedures.

The system's design reflects extensive simulations to achieve an ideal platform footprint and robot angle, combining innovation with practicality. RONNA G6 integrates seamlessly into diverse operating room environments, offering user-friendly operation and advanced technical capabilities. It stands out as a trusted, adaptable solution for minimally invasive neurosurgery worldwide.

The RONNA G6 features advanced, user-friendly planning and control software designed specifically for surgical teams. It simplifies surgical planning with an intuitive interface that supports every step, from preoperative analysis to precise instrument control, streamlining workflows for enhanced efficiency.

A standout feature is its versatility, allowing remote access from any computer, enabling surgeons to plan and prepare for procedures even when away from the hospital. This software ensures seamless integration into the surgical process, offering a comprehensive and accessible solution for modern neurosurgery.

Unlike single-purpose systems, the RONNA G6 is a versatile robotic unit designed for diverse surgical procedures, including brain, spine, and prostate biopsy. Its adaptable design allows hospitals to maximize utilization and reconfigure the system for different medical needs.

Future-ready, RONNA G6 supports upgrades with new software and hardware tools, ensuring it evolves with advancements in surgical technology. This adaptability makes it a long-term solution for addressing a wide range of surgical demands, offering flexibility and continuous innovation for hospitals and patients alike.

Unlike most robotic systems with low accuracy due to open kinematic design, the RONNA G6 ensures sub-millimetric precision through state-of-the-art calibration and innovative positioning algorithms.
It calculates the optimal robot position relative to the patient and surgical targets, providing surgeons with layout suggestions to enhance accuracy in delicate procedures. This groundbreaking approach sets a new standard for precision in robotic neurosurgery.

Description goes hereThe RONNA G6 revolutionizes robotic surgery with fully automated patient localization and registration, ensuring exceptional precision and efficiency. By automating repetitive tasks through advanced algorithms, it minimizes human error and eliminates the risks associated with manual processes. This allows surgeons to focus on critical aspects of surgery and trajectory planning, optimizing their expertise and improving patient outcomes.

This innovation streamlines workflows, enhances accuracy, and ensures greater reliability, redefining robotic surgery with improved safety and satisfaction for patients.