Miniature Neurosurgical Robot - Sinovation

Q300 Series

Neurosurgical Mini Robot Navigation System

Stereotactic Puncture + Intraoperative Navigation One-stop solution

The Mini Robot Navigation System Q300 Series introduces a groundbreaking integrated navigation and positioning solution domestically. Its performance and safety have undergone fundamental improvements compared to similar products, placing its technology at an internationally leading level with significant clinical value. The product has received special approval from the National Medical Products Administration (NMPA) as a new type of intelligent navigation and positioning device.

Robotic Stereotactical Positioning -- Precise Puncture

Traditional stereotactic frame operations are complex and time-consuming, as well as causing significant physical and psychological pain to patients. However, these issues are now a thing of the past! The mini robot positioning device strictly follows the surgical plan, automatically completing a rapid, comprehensive frame-less stereotactic procedure, guiding doctors in safely and precisely placing minimally invasive surgical instruments, such as drainage tubes and biopsy needles, at the predetermined target location.

Sub-millimeter Precision Positioning

The rigorous pursuit of surgical precision is our company’s priority, just like yours. The Q300 integrates the top-tier infrared optical positioning device, the high-precision robotic arm, and advanced image registration algorithms. The system's positioning precision can reach sub-millimeter levels (<1mm). Exceptional positioning accuracy is also a crucial guarantee for surgical safety.

No Need for Preoperative Markers

There is no need for preoperative placement of markers and additional image scanning. The Q300 utilizes rapid laser surface scanning technology, allowing for quick registration using existing CT or MRI images. This can save approximately 1 hour of preoperative preparation time and reduce overall patient medical costs.

Safer and Minimally Invasive

The standardized operating procedure can achieve sub-millimeter precision, and the Q300 allows for easy avoidance of crucial intracranial neurovascular tissues. This makes intracranial tumor biopsy, hematoma drainage, and electrode placement much safer and minimally invasive.

Sub-millimeter Precision Positioning

No Need for Preoperative Markers

Safer and Minimally Invasive

Intraoperative Infrared Navigation -- Precise Resections

The Q300 also features craniotomy surgical navigation capabilities. In various lesion removal surgeries, such as brain tumors and skull base lesions, the Q300 utilizes real-time tracking from the infrared optical positioning system. It displays the spatial relationship between the surgical instrument tip and surrounding tissue. It maximizes safe resection within the specified range, effectively boosting the doctor's confidence in high-risk complex surgeries. Whether for minimally invasive punctures or craniotomy navigation, the Q300 is ready to assist doctors in facing more challenges.

High-Precision Infrared Tracking and Positioning

The industry-leading infrared optical tracking and positioning system provides outstanding positioning accuracy and a vast field of view for navigation. It excels in resisting ambient light (visible light) interference, and electromagnetic interference, and seamlessly integrates with operating room lights and microscopes during surgery, ensuring stable, trustworthy, and reliable navigation accuracy.

Rapid Registration with Surface Scanning

The Q300 features convenient and efficient (1min) laser surface scanning registration technology, eliminating the need for preoperative markers or additional pre-scan localization images. This not only simplifies the operation process but also reduces patient medical costs, saving nearly 1 hour of preoperative preparation time.

Comfortable Setup, Easy Mobility

The imaging workstation and optical positioning instrument have an independent mobile support system, allowing flexible adjustments of the position and angle of the positioning instrument and display screen according to surgical needs. This ensures optimal visibility and comfortable positioning for the lead surgeon and assistant, minimizing physical strain during surgery. The two-part system can be easily locked together for single-person movement.

Comprehensive Surgical Accessories

The Q300 is equipped with various types of probes, surgical instrument adapters, and other surgical accessories, assisting in a wide range of procedures such as intracranial tumor resection/ biopsy, skull base surgery, hematoma drainage, micro-balloon and electrode insertion punctures, and neuroendoscopy assistance.

High-Precision Infrared Tracking and Positioning

Rapid Registration with Surface Scanning

Comfortable Setup, Easy Mobility

Comprehensive Surgical Accessories

SinoPlan Intelligent Surgical Planning System

The SinoPlan surgical planning software seamlessly integrates, segments, and reconstructs various medical images for patients, presenting a comprehensive and intuitive display. It assists doctors in effortlessly formulating a safe and precise surgical plan. As the soul of the surgical robot, SinoPlan incorporates more artificial intelligence image algorithms and has consistently evolved in close alignment with the clinical needs and practices of doctors. Every upgrade and evolution of SinoPlan brings anticipation and excitement.

Multi-Modal Image Automatic Fusion

Our unique multi-modal image fusion technology presents many patient medical images comprehensively and intuitively, assisting doctors in making the most accurate decisions.

Unparalleled 3D Reconstruction

Tissue structures in 3D form offer a more intuitive representation of size and spatial relationships than 2D images, facilitating efficient patient communication. With SinoPlan, doctors can effortlessly accomplish complex structure 3D reconstruction with simple clicks and drags.

Vascular Avoidance, Clear View

SinoPlan vividly displays the patient's intracranial vessels and allows doctors to plan out the puncture route in multiple dimensions, effectively reducing the risk of intraoperative intracranial bleeding.

Intelligent Segmentation of Anatomical Structures/Functional Areas Based on Brain Atlas

After importing patient medical images, SinoPlan automatically performs intelligent segmentation and 3D reconstruction of the patient's brain functional areas, such as sensory, motor, and cognitive regions, and anatomical structures like the cerebellum and brainstem, all without requiring any manual intervention.

Multi-Modal Image Automatic Fusion

Unparalleled 3D Reconstruction

Vascular Avoidance, Clear View

Intelligent Segmentation of Anatomical Structures/Functional Areas Based on Brain Atlas