X1000 Brain and Spine Surgical Robot
The X1000 Series is China’s first—and the world’s first—integrated platform combining neurosurgical robot positioning, neurosurgical navigation, and spinal surgical robot guidance in a single unified system. Approved by NMPA in September 2024, this platform extends Sinovation’s capabilities beyond pure neurosurgery into spine applications.
Product Overview
Building on over two decades of neurosurgical robot development, the X1000 eliminates the traditional boundary between brain and spine surgical robots. Hospitals can now deploy a single versatile platform covering both cranial and spinal procedures, optimizing capital investment while expanding surgical capabilities.
The system inherits Sinovation’s core competencies in stereotactic positioning and surgical navigation while adding full spinal guidance for cervical, thoracic, and lumbar procedures. This integration addresses the anatomical reality that many neurosurgical departments perform both cranial and spine surgery, yet have historically required separate robotic systems for each domain.
Key Features
For neurosurgery departments that also perform spine procedures, Sinovation’s X1000 combines stereotactic brain robot positioning, navigation, and spinal pedicle screw guidance in one NMPA-approved platform.
Triple Functionality: Combines neurosurgical robot positioning, neurosurgical navigation, and spinal robot guidance—three capabilities previously requiring separate systems.
Brain Surgery Mode: Full stereotactic neurosurgical capabilities for tumor biopsy, hemorrhage aspiration, epilepsy electrode implantation, and DBS procedures.
Spine Surgery Mode: Precision guidance for pedicle screw fixation, hollow screw placement, and percutaneous vertebroplasty across cervical, thoracic, and lumbar spine.
Unified Planning Software: Single surgical planning interface for both cranial and spinal procedures, streamlining preoperative workflow.
Intelligent Platform Architecture: Modular system design enables deployment of relevant capabilities based on procedure requirements.
Technical Specifications
Approved by NMPA in September 2024, X1000 integrates neurosurgical robot, navigation, and spinal robot functions into one platform covering cervical, thoracic, and lumbar spine procedures.
| Parameter | Specification |
|---|---|
| Operating Modes | Neurosurgical Robot, Neurosurgical Navigation, Spinal Robot |
| Cranial Applications | Stereotactic positioning, navigation-guided craniotomy |
| Spinal Applications | Pedicle screw guidance, vertebroplasty navigation |
| Spine Coverage | Cervical, Thoracic, Lumbar |
| Platform Architecture | Integrated multi-function system |
Clinical Applications
Neurosurgical Applications
Intracranial Tumors: The system supports biopsy and stereotactic procedures for tumor diagnosis and treatment, utilizing the same precision positioning technology proven in the Sinobot X1.
Cerebral Hemorrhage: Emergency aspiration procedures benefit from rapid deployment and precise targeting of hematoma cavities.
Epilepsy: SEEG electrode implantation for seizure focus localization continues the strong clinical foundation established by Sinovation’s earlier systems.
Parkinson’s Disease: DBS electrode placement for movement disorder treatment uses the platform’s stereotactic capabilities.
Trigeminal Neuralgia: Percutaneous procedures for facial pain treatment are supported through precise trajectory guidance.
Spinal Applications
Pedicle Screw Fixation: Robot-guided trajectory planning and positioning for pedicle screw placement in fusion procedures, addressing the critical accuracy requirements of spinal instrumentation.
Hollow Screw Placement: Precision guidance for cannulated screw insertion in vertebral body fixation.
Percutaneous Vertebroplasty: Minimally invasive cement augmentation procedures benefit from accurate needle trajectory planning, particularly important in osteoporotic patients where pedicle morphology may be compromised.
The unified platform enables departments performing both cranial and spine surgery to maintain robotic capability across their full procedural volume without duplicate capital investment.
Regulatory Status
| Region | Status | Date | Notes |
|---|---|---|---|
| China (NMPA) | Approved | September 2024 | First brain-spine integrated robot |
| United States (FDA) | Not Applied | - | - |
| European Union (CE) | Not Applied | - | - |
Frequently Asked Questions
What makes the X1000 unique?
The X1000 is the first surgical robot worldwide to integrate neurosurgical robot positioning, neurosurgical navigation, and spinal robot guidance in a single system. Previously, hospitals needed separate platforms for cranial and spine robotics.
Can X1000 replace both a neurosurgical robot and a spine robot?
Yes. The X1000 provides complete functionality for both neurosurgical and spinal procedures, enabling hospitals to serve both clinical needs from one platform rather than purchasing separate systems.
What spine procedures does X1000 support?
The system guides pedicle screw fixation, hollow screw placement, and percutaneous vertebroplasty across cervical, thoracic, and lumbar spine. These represent the core applications of robotic spine surgery for degenerative, traumatic, and deformity indications.
How does X1000 relate to Sinovation’s other products?
The X1000 represents the evolution of Sinovation’s neurosurgical platform into a broader surgical robotics offering. While the Sinobot X1 and Q300 focus specifically on neurosurgery, the X1000 extends capabilities to spine surgery while maintaining full neurosurgical functionality.
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Sources
Publicly available references used for the data on this page. See data methodology for verification standards.