Radio Knife has been featured in Forbes as a high-tech medical product pioneer and has been recognized by the World Economic Forum as a "Global Technology Pioneer" program.
RadioKnife is the only device that utilizes real-time image guidance technology, the only system that utilizes the body's skeletal structure for targeting and beam correction, and the only radiosurgical tool that tracks the patient's breathing during "surgery" to dynamically irradiate the body's lesions in real time. The image-guided technology includes two sets of diagonal X-ray image developers, which can ensure the accuracy of the "surgery" and make the rays completely irradiate on the tumor without harming other surrounding tissues and institutions, and play the role of protecting normal tissues, so the patients do not have any abnormal reaction after the treatment, and the side effects are smaller.
The Standard in Radiosurgery
In the field of radiation oncology, the Radio Knife Robotic Radiosurgery System has been globally recognized as the preferred radiosurgery system that can emit rays with sub-millimeter precision to any part of the body. Numerous peer-reviewed publications have confirmed that the system's precision, combined with continuous image guidance and the high mobility of the robotic arm during treatment, ****along with the high conformality and steep dose gradients that characterize this treatment.
World-class robotic radiosurgery
Even when the patient is immobilized and the tumor is still moving due to the patient's respiration, the radioknife utilizes continuous image guidance coupled with the system's intrinsic robotic mobility to automatically correct each ray position due to the target area's movement without the need for interruption of treatment or user intervention.
The management of displacement due to breathing is one of the greatest challenges in radiation therapy. Instead of relying on suboptimal techniques such as breath gating or breath holding, the radioknife intelligently performs real-time respiratory monitoring and automatically adapts to any changes in the patient's breathing pattern.
Reliable treatment performance
The robotic mobility of the scalpel allows it to deliver a large number of non-isocentric, non-***-planar beams and align them individually to their intended target areas. This automated technology facilitates the delivery of treatment without a fixture and eliminates the need to reposition each beam. Delivering multiple, non-***-planar beams increases their conformality and creates a steep dose gradient, thereby reducing the dose to surrounding vital tissues.
RadioWave Knife Treatment Delivery System
Adaptive automation technologies, such as robotic mobility and real-time image guidance, make even the most complex non-***-surface treatment planning as simple as routine clinical work.
One, Robotic Arm and Linear Accelerator
The lightweight 6MV X-ray linear gas pedal, with an output of 600 MU per minute (with an option for 1,000 MU), is capable of delivering rays with sub-millimeter repeatable accuracy in any direction through the high-precision robotic arm.
Two, the impact system
The low-energy X-ray embedded detector provides high-resolution anatomical images throughout the treatment process and continuously compares real-time images with previously imaged DRR to determine the real-time position of the patient and the location of the treatment target.
Three, Xchange® Robotic Collimator Changer
The Xchange Robotic Collimator Changer automatically changes collimators robotically to more efficiently deliver highly conformal treatments.
RadioKnife Tracking System
RadioKnife is the only radiation delivery system that can fully correspond to the patient's displacement characteristics during treatment by using advanced robotic technology and continuous image guidance.
One, 6D Cranial Tracking
Sunabe's 6D Cranial Tracking technology is completely different from invasive stereotactic head fixation techniques. The 6D Cranial Tracking technology utilizes the skeletal features to continually track the intracranial target area during treatment and automatically makes corrections, so that even the slightest movements and twists will not be missed.
Two, the Xsight® Spine Tracking System
uses the anatomical features of the spinal bones to automatically locate and track tumors without the need for surgical implantation of gold markers, making radiosurgery more precise and less invasive.
Three, the Synchrony® Breath Tracking System
continuously maintains the consistency of radiation displacement with the tumor, allowing the physician to dramatically reduce the extent of peripheral radiation around the tumor without the need for breath-holding or gating.
Four, the Xsight® Lung tracking system
directly tracks the displacement of lung tumors and requires the implantation of a gold standard, which also better maintains the accuracy, reliability, and self-correcting repeatability of the radiation.
RadioWave Knife Treatment Planning
The MultiPlan® Treatment Planning System provides the most comprehensive tool package for high-precision treatment planning.
1, MultiPlan Treatment Planning System
Designed specifically for radiosurgery, the MultiPlan treatment planning system is a workflow-oriented, user-friendly platform that makes even the most complex treatment planning simple and efficient.
Two, Sequence Optimization
A set of intelligent and user-friendly optimization programs that quickly tailor each patient's treatment plan to meet his or her specific clinical needs.
Three, Monte Carlo Dose Calculation
Recognized as the gold standard in dose calculation, the Monte Carlo Dose Calculation System for the CyberKnife calculates dose distribution in minutes, whereas other systems typically take hours or even days.
Fourth, 4D treatment optimization and planning system
The 4D treatment optimization and planning system not only takes into account the displacement of the target area, but also deals with the displacement and deformation of the normal tissues and vital organs around the tumor, making it a comprehensive treatment planning system.
V. MultiPlan MD Suite
The MultiPlan MD suite includes multiple planning tools, including image fusion, outlining, and treatment plan review, which can be connected and used remotely, such as outside the clinic.
Radio Knife Data Management
Advanced cancer care requires a centralized electronic system with easy access to patient tumor data. Radio Knife data management tools provide clinicians with the most up-to-date clinical data on their patients, allowing them to make timely and comprehensive medical decisions without the need for clinicians to chart or double-entry data.
I. The RadioWave Knife Data Management System
The RadioWave Knife Data Management System (RWKDMS) is a single, easy-to-use database that provides clinicians with system support, data management, and user rights management.
II. Report Management
Patient and utilization data can be reviewed directly through the simple use of departmental reports.
Three: DICOM Interface for Radiosurgery
Using industry standard protocols, this interface allows for the exchange of treatment plans and treatment data with third-party oncology information systems to complete the electronic medical record.