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NavigationHeads
NavigationHead
Hemispheric Approaches
All-in-One Training and Showcasing Technology for Navigated Oncological, Vascular, and Functional Neurosurgery
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NavigationHead – Hemispheric Approach is the second variant in this category of simulators, following the NavigationHead – Pterional Approach. Designed by surgeons for surgeons, it is specifically conceived for performing navigated neurosurgical procedures, including craniotomies, tumor resections (open surgeries, navigated or stereotactic biopsies), intracerebral hemorrhage (ICH) drainages, and midline approaches.
Dive into the future of surgical simulation with NavigationHead Hemispheric Approaches. Try it now!
Built to Impact
Head Fixation and Navigation Matter
The Head Holder ensures stable and precise head positioning, replicating real surgical conditions and enabling Navigation and Stereotactic procedures. This simulator provides a high-impact, immersive training experience when used in combination with neuronavigation systems and the Head Holder.*
*Please verify compatibility with your navigation system
Choose Your Scenario and Master Advanced Neurosurgery
- Interhemispheric Scenario: Life-like reproduction of an inter hemispheric approach with explorable anatomy;
- BrainTumor Resection: Bleeding 5-ALA-enhanced Glioblastoma for US-guided resection;
- Stereotactic Hemispheric Scenario (with a disposable brain for stereotactic procedures): A completely disposable brain for different procedures such as stereotactic navigation or brain biopsy.
- Intracerebral Hemorrhage Drainage (ICH): Disposable scenario for intracerebral hemorrhage treatment procedures;
Please note: Approaches are sold separately.
ICH Scenario: Mastering Intracerebral Hemorrhage Management
The ICH Scenario (Intracerebral Hemorrhage) is a cutting-edge simulator for advanced neurovascular training, focusing on the intricate management of intracerebral hemorrhages. Backed by research, this scenario provides a realistic platform to develop skills critical for addressing life-threatening conditions.
- Proficiency in Microsurgical Tools: Gain expertise in handling instruments for delicate neurovascular operations.
- Master White Matter Dissection: Train to access deep-seated hematomas safely.
- Hemorrhage Resection with Precision: Practice resections using microscopes/exoscopes in a controlled environment.
- Intraoperative Bleeding Control: Learn effective hemostasis techniques to handle complications.
Scientific References: Studies confirm that our simulators improve surgical confidence and skill transfer through repetitive and life-like practice, making them an essential tool in cadaver-free neurosurgical education
BrainTumor Scenario: Precision in Tumor Resection
The BrainTumor Scenario replicates the challenges of tumor resection in neurosurgery, equipping learners with the skills to perform delicate procedures in anatomically complex regions.
- Pathology-Specific Practice: Train with scenarios tailored for diverse tumor locations and sizes.
- Enhanced Surgical Navigation: Utilize neuronavigation tools to design precise trajectories to tumor sites.
- Master Tissue Resection: Practice complete tumor removal with minimal damage to surrounding tissues.
Scientific References: Research highlights the simulator’s effectiveness in improving confidence for procedures in critical areas like the brainstem and eloquent regions
Stereotactic Hemispheric Scenario: Precision in Neurosurgical Training
Studies have demonstrated that systematic training in stereotaxy significantly improves procedural efficiency and patient safety, establishing it as a critical tool for advancing the field of functional neurosurgery.
Interhemispheric Scenario: Approaches to the Midline
The Interhemispheric Scenario focuses on the surgical exploration of midline structures, allowing precise simulation of interhemispheric approaches.
- Explore Key Structures: Train on the mid-frontal and mid-parietal hemispheres, corpus callosum, and anterior cerebral arteries.
- Improve Pathology Access: Develop strategies for midline lesions and vascular abnormalities.
- Seamless Navigation Integration: Use fiducial markers and MRI datasets for enhanced trajectory planning.
Scientific References: This scenario supports skill-building for complex midline pathologies, with evidence demonstrating improved surgical planning and anatomical understanding
How it is composed
MRI-Based Navigation: Enhancing Surgical Precision
Advanced Imaging for Realistic Neurosurgical Training
The NavigationHead utilizes high-resolution MRI datasets to support precise neuronavigation, offering detailed visualization of midline anatomy, corpus callosum, and arterial territories. Designed for seamless integration with optical tracking and head holders, it enhances spatial accuracy and trajectory planning in surgical simulations
Key Features:
- Realistic MRI imaging for advanced navigation.
- Compatible with neuronavigation systems and head holders for stable positioning.*
*Please verify compatibility with your navigation system
Craniotomy Training for Hemispheric Approaches
Precision Techniques for Hemispheric Surgical Access
Mastering craniotomy for hemispheric approaches is critical in neurosurgery. This advanced training focuses on precise skull openings to access midline structures, such as the corpus callosum, anterior cerebral artery, and surrounding areas. By replicating interhemispheric scenarios, trainees gain essential skills in trajectory planning, anatomical orientation, and handling delicate instruments under realistic conditions.
Key Features:
- Hemispheric Focus: Training tailored to interhemispheric approaches, optimizing access to midline anatomy.
- Guided Precision: Supported by neuronavigation systems with fiducial markers for accurate craniotomy and trajectory execution.
- Skill Refinement: Develop dexterity and control essential for safe and effective midline surgeries.
Explore our Series
Cranial, Anatomy, Fluorescence and much more
Explore the Anatomy of Our Simulators
Get a complete overview of the NavigationHeads‘ design and components. Our 360° animation showcases the modular structure that make our surgical simulation so realistic
Confidence in every movement, built through realistic surgical simulation
Ready to elevate your neurosurgery training program?
Two Specialized Simulators for Navigated Brain Surgery
NavigationHead for
Pterional Approach
The definitive trainer for mastering frontotemporal approaches to the anterior and middle cranial fossa. It allows you to expand your existing simulators (PterionalBox, AneurysmBox, FluorescentBox) with a complete neuronavigation training workflow. Ideal for hands-on practice on skull base anatomy and complex vascular structures.
NavigationHead for
Hemispheric Approach
Engineered for oncological, vascular, and functional neurosurgery simulation. This simulator is conceived to master interhemispheric approaches, perform stereotactic surgery, and manage deep-seated lesions or intracerebral hemorrhages (ICH).
Captured in Action
The Features
Drawing on advanced anatomical fidelity and clinical workflow integration, the NavigationHeads deliver a comprehensive suite of capabilities for enterprise-level brain surgery training
Full Neuronavigation
Workflow
Experience the complete surgical workflow, from patient registration using 25 fiducial markers to navigating instruments. Our platform is designed for compatibility with major neuronavigation systems
MRI-Based
Anatomy
Train on realistic anatomies derived from real patient MRI data. Each surgical training simulator includes a USB with corresponding MRI datasets for different pathologies, allowing for detailed pre-operative planning
Repeatable Craniotomy
Practice
Perform realistic craniotomies, dural openings, and reconstructions on disposable skulls. Simply replace the skull to restart the training, allowing for extensive hands-on craniotomy practice
True-to-Life
Haptics
Our simulator is built with the highest quality materials to replicate the tactile feedback of real bone and soft tissues. Feel the difference during drilling, dissection, and tissue manipulation
Robust and Durable
Construction
Engineered with high-quality materials, each NavigationHead is built to withstand rigorous use in any training environment, ensuring long-term reliability for your surgical simulation needs
Advanced Surgical
Scenarios
Go beyond basic procedures. Train on complex scenarios including aneurysm clipping simulation, tumors with 5-ALA fluorescence, ICH management, and stereotactic surgery
Excellence in the operating room begins with excellence in training
Optimize training with tailored pricing for your institution
Modular design, realistic components, and interchangeable scenarios for comprehensive neurosurgical training
Choose Your Scenario and Master Advanced Neurosurgery
Please note: Scenarios are sold separately
For Pterional Approaches:
- Pterional Scenario: Life-like reproduction of skull base anatomy
- Aneurysm Scenario: Features 5 clippable aneurysms for vascular training
- Fluorescent Scenario: Integrates Fluorescein, ICG, and 5-ALA imaging
For Hemispheric Approaches:
- Interhemispheric Scenario: Life-like reproduction of an interhemispheric approach
- Brain Tumor Resection: Bleeding 5-ALA-enhanced Glioblastoma
- Stereotactic Hemispheric Scenario: A disposable brain for stereotactic procedures
- Intracerebral Hemorrhage (ICH): Disposable scenario for hemorrhage treatment
Pterional Scenario
Anerysm Scenario
Fluorescent Scenario
Interhemispheric Scenario
BrainTumor Scenario
Stereotactic Scenario
ICH Scenario
STUDENT OR RESIDENT?
Scenarios for
Pterional Approach Training
Pterional Scenario: Mastering Skull Base Surgery
Advanced Training for Fronto-Temporal Craniotomy
This scenario focuses on the classic pterional approach, a fundamental technique for skull base surgery. It provides a realistic platform to understand surgical anatomy and practice the essential steps of the procedure in a controlled environment.
Training Objectives:
- Craniotomy Planning and Execution
- Dural Opening and Closure Techniques
- Identification of Key Anatomical Landmarks
- Microsurgical Instrument Handling
Aneurysm Scenario: Advanced Vascular Neurosurgery Simulation
An evolution of the Pterional scenario, this module includes 5 clippable aneurysms. It allows surgeons to refine their skills in Sylvian fissure dissection and the delicate management of vascular structures in a high-fidelity simulation.
Training Objectives:
- Sylvian Fissure Dissection Practice
- Aneurysm Neck Identification and Preparation
- Optimal Clip Selection and Application
- Management of Perforating Arteries
Fluorescent Scenario: Integrating Advanced Imaging
This advanced scenario combines aneurysm surgery with 3 different fluorescence modalities (Fluorescein, ICG, and 5ALA), allowing for the simulation of the entire image-guided surgery workflow.
Training Objectives:
- Application of Fluorescein, ICG, and 5-ALA
- Intraoperative Vascular Flow Assessment
- Fluorescence-Guided Aneurysm Clipping
- Enhanced Tissue Differentiation
Scenarios for
Hemispheric Approach Training
ICH Scenario: Intracerebral Hemorrhage Management
A cutting-edge neurosurgery simulator for advanced neurovascular training, providing a realistic platform to develop critical skills to manage intracerebral hematomas.
Training Objectives:
- Proficiency in Microsurgical Tools
- Mastering White Matter Dissection
- Hemorrhage Resection Techniques
- Intraoperative Bleeding Control
BrainTumor Scenario: Complex Oncological Resections
Realistic Brain Tumor Surgery Simulator
Replicates the challenges of tumor resection, featuring 5-ALA fluorescence and a bleeding function. This brain surgery simulator helps to practice maximizing resection while preserving neurological function.
Training Objectives:
- Navigated Tumor Trajectory Planning
- Fluorescence-Guided Resection (5-ALA)
- Management of Intraoperative Bleeding
- Delicate Tissue Handling and Dissection
Stereotactic Surgery Simulator: for Functional Neurosurgery
Replicates brain tissue for deep brain targeting. This stereotactic surgery simulator is designed for advanced procedures like biopsies and functional neurosurgery for conditions like Parkinson’s or epilepsy (e.g., a DBS surgery training simulator). Fully MRI compatible.
Training Objectives:
- Stereotactic Trajectory Planning
- Deep Brain Targeting for Biopsies
- Electrode Placement Simulation
- Correlation of MRI Data with Anatomical Targets
Interhemispheric Scenario: Midline Anatomy Exploration
Focused on the surgical exploration of midline structures, this simulation enhances anatomical understanding for treating deep pathologies and developing strategies for midline lesions involving the corpus callosum and anterior cerebral arteries.
Training Objectives:
- Navigating the Interhemispheric Corridor
- Anatomical Identification (Corpus Callosum, ACA complex)
- Surgical Planning for Midline Lesions
- Safe Dissection Techniques
Learn more about
Navigation Heads
Each NavigationHead kit includes the reusable Head, a specific Cap for the approach (the Pterional version includes both open and closed caps), a USB drive with the corresponding MRI data for neuronavigation, and a Quick Start Guide.
Yes, all surgical scenarios (e.g., Aneurysm, Brain Tumor) and the disposable skulls for craniotomy practice are sold separately. This modular approach allows you to customize your training setup based on your specific educational needs.
NavigationHeads are designed to be compatible with most major surgical navigation systems that use optical tracking. The NavigationHead for Pterional Approaches contains magnets, so it is crucial to verify compatibility with your specific system before use. The Hemispheric version does not contain magnets but we always recommend contacting us for detailed compatibility information
The NavigationHead for Pterional Approaches is specialized for skull base surgery, focusing on frontotemporal craniotomies and vascular procedures. The NavigationHead for Hemispheric Approaches is designed for a broader range of procedures, including midline approaches, tumor resection, and functional neurosurgery like stereotactic biopsies.
NavigationHeads are invaluable tools for a wide range of neurosurgical professionals. They are ideal for residents and fellows to build foundational skills in a safe environment, and for experienced surgeons to rehearse complex cases, refine techniques for rare pathologies, or master new technologies before applying them in the operating room.
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