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Sinobot X1

Neurosurgical Robot

Emerging with a Bang, Feeling the Future

The innovative technology of Sinovation Medical originates from Tsinghua University. It has dedicated over two decades to continuous research and production of high-end neurosurgical medical devices. The birth of the Sinobot X1 has once again elevated the definition of neurosurgical robots to new heights. The integration of Holoshot? 3D structured light registration technology with fully automated robotic arms brings neurosurgeons an experience of utmost precision, convenience, and efficiency in surgical assistance. This advancement enables clinical procedures to constantly surpass and break through boundaries, turning them into reality.

The Sinobot X1 (aka SR1-3D) has obtained both the NMPA approval through the Special Channel for Innovative Medical Devices in China, and the US FDA approval.

Holoshot^?3DStructured Light Registration Technology

In neurosurgical robot-assisted surgeries, patient registration is a crucial step throughout the entire surgical process. Its main purpose is to map the surgical path planned by the surgeon in the imaging space to the real-world space. The accuracy of patient registration directly determines the precision of the system's final navigation and localization. Additionally, the convenience of the patient registration process also directly affects the overall duration of the surgery.

Markerless Registration, Every Second Counts

With no need for preoperative marker placement or preoperative CT scans, the 3D structured light localization system performs automatic, contactless, and rapid scanning registration and accuracy verification. The registration process takes less than 2 minutes, saving valuable preoperative preparation time. This streamlined approach allows for easy handling of urgent and critical surgical procedures.

Comprehensive Head Scan, No Limits

The 3D structured light localization system can perform point cloud scanning of the patient's head in a wide range, multiple angles, and various positions, obtaining a complete 3D point cloud of the head and face. This eliminates the limitations of patient positioning for the convenient and rapid markerless point registration technique.

Localization Accuracy of 0.5mm, Ultimate Precision

The 3D structured light localization system can capture three million point clouds of the patient's head. Compared to laser registration, it achieves a 300-fold increase in the quantity of point clouds, resulting in registration and localization accuracy of less than 0.5mm. This perfectly meets all the requirements of doctors in terms of convenience, speed, and accuracy in registration.

Markerless Registration, Every Second Counts

Comprehensive Head Scan, No Limits

Localization Accuracy of 0.5mm, Ultimate Precision

Safe and Efficient Robotic Arm

The robotic arm is a core component of any surgical robot, and neurosurgery demands peak performance from this crucial component. As a pioneer in the medical robot industry, Sinovation always upholds strict standards regarding safety, developing products that enable safer and more accurate robotic surgeries for both doctors and patients alike.

Automatic Localization

No markers or manual assistance required. Our robotic arm achieves precise localization of the entire brain automatically, easily adapting to the needs of different surgical methods and surgical positions while eliminating light path occlusion and placement problems.

Intelligent Vision Obstacle Avoidance

Our robot automatically acquires and establishes the patient's head and surrounding environment into an obstacle model. This enables the robotic arm to autonomously calculate the optimal obstacle avoidance path for safe, precise, and efficient positioning.

Six-dimensional Force Sensor

Real time monitoring of force exerted on the robotic arm is ensured by a six-dimensional force/torque sensor. Instantaneous braking occurs if the abnormal stress exceeds 1N, with the reaction time under 30 milliseconds, effectively ensuring the intraoperative safety of doctors and patients.

Power Off Emergency Stop, Static Lock

Sinobot X1 employs a world-class lock-brake system. In emergencies or power failures, the robotic arm can lock instantaneously, stabilizing the end effector of the robotic arm like a rock--providing doctors with a greater sense of reliability.

Automatic Localization

Intelligent Vision Obstacle Avoidance

Six-dimensional Force Sensor

Power Off Emergency Stop, Static Lock

Cutting-Edge Surgical Planning System

The surgical planning system is the soul of any intelligent surgical robot. Over the last decade, Sinovation has meticulously developed SinoPlanTM, a robust and user-friendly surgical planning system tailored to the clinical needs of specialists. This system enables comprehensive, accurate and fast planning, coupled with simulated execution.

Unrivaled 3D Reconstruction

Designed with the operator’s comfort in mind, SinoPlan^TM effortlessly accomplishes 3D modeling and simulated resection of skin, skull, blood vessels, brain parenchyma, focal tissue and more. Doctors benefit from the multi-modal image display, enhancing their confidence when making critical surgical decisions.

Vascular Avoidance, Clear View

Sinovation introduces our groundbreaking AngioRender^TM 3D vascular avoidance technology and SurgeonEye^TM superposition vascular avoidance technology. Together, they offer a clear and intuitive multidimensional view of the patient’s intracranial blood vessels, effectively minimizing the risk of intracranial hemorrhage during surgery.

Multitude of Surgical Planning Functions

Our DBS/SEEG/Hematoma/Biopsy modules are constantly upgrading to bring the most user-friendly operation experience possible. We understand that the needs per surgery are ever-changing and perfectly combine professionalism and ease-of-use to bring doctors a planning system that matches their needs.

Unrivaled 3D Reconstruction

Vascular Avoidance, Clear View

Multitude of Surgical Planning Functions

Versatile Clinical Indications

Through substantial technical expertise, a wealth of clinical experience and collaborative efforts with medical professionals, the Sinobot X1 excels in treating a wide variety of diseases such as intracranial tumor, cerebral hemorrhage, Parkinson's disease, trigeminal neuralgia, epilepsy, and more. Our robot’s open platform facilitates future expansion, ensuring its adaptability to evolving clinical needs.

Deep Brain Stimulation(DBS)

The Sinobot X1 provides a precise and stable surgical platform, allowing for real-time verification and fine-tuning of surgical paths to ensure that the accuracy of electrode implantation is within 0.5mm.

Cerebral Hemorrhage/Drainage

Sinoplan software can automatically reconstruct 3D hematomas and calculate their volume. The 3D structured light Holoshot? technology enables holographic scanning and localization, saving surgeons 1-2 hours of preoperative preparation time. The robotic arm provides fully automated positioning guidance, enabling fast, precise, and minimally invasive procedures. With these advancements, stereotactic surgery bids farewell to the era of "blind punctures."

Stereotactic Biopsy

No need for scalp incision. Precise biopsy of tiny lesions is enabled without restriction on age or patient position. Our Holoshot? structured light technology ensures rapid scan and registration which can be combined with our AngioRenderTM and SurgeonEyeTM vascular avoidance technology to effectively reduce the risk of intracranial hemorrhage and infection.

Stereotactic Brain Electrode (SEEG)

Our SEEG surgical platform optimizes electrode implantation efficiency. Combined with our AngioRender^TM and SurgeonEye^TM vascular avoidance technology, we can minimizes the risk of intracranial hemorrhage. The Sinovation surgical robot provides precise assistance in the intracranial implantation of the HKHS electrode series.

Deep Brain Stimulation(DBS)

Cerebral Hemorrhage/Drainage

Stereotactic Biopsy

Stereotactic Brain Electrode (SEEG)