SurgeonsLab

Great to see our Endovascular simulators in use at NeuroExchange 2024, the premier Neurointervention meeting #Australia #Newzealand #neuro #cathtrain #surgeonslab ⁦@Medtronic⁩

We’re excited to be present at the American College of Cardiology (ACC) 2026. We advance cardiovascular training with high-fidelity simulation. Explore our flow-based and virtual simulation platforms for training, research and development, and device validation. If you are attending, we invite you to connect with us and experience our latest innovations. 🔗 Explore Flow Models: surgeonslab.com/training-flow-… 🔗 Explore CathTrain VR Simulator: surgeonslab.com/cathtrain_vr #ACC2026 #Cardiology #Cardiovascular #InterventionalCardiology #MedTech #MedicalSimulation #HealthcareInnovation #DigitalHealth #MedicalEducation #SimulationTraining #Endovascular #CardioInnovation

Elevate MMA Embolization Skills with Advanced Flow Simulation Middle Meningeal Artery (MMA) embolization requires precision, control, and confidence — especially when working with liquid embolic agents. At SurgeonsLab, we’ve developed an advanced MMA Embolization Training Model that replicates realistic anatomy and controlled hemodynamic flow to deliver true-to-life procedural training. 🔹 Realistic Middle Meningeal Artery anatomy 🔹 Liquid embolic training platform 🔹 Compatible with DMSO 🔹 Microcatheter & guidewire navigation practice 🔹 Controlled flow simulation 🔹 Ultra-transparent vessels for full visual feedback 🔹 Compatible with standard neurovascular catheters From Navigate → Embolize → Evaluate, every step can be practiced repeatedly in a safe, controlled environment. Train with confidence. Refine technique. Improve outcomes. 🔗 Explore the MMA Model: surgeonslab.com/middle-meninge… 🌐 Visit our website: surgeonslab.com 📩 Contact our team: surgeonslab.com/contactus #SurgeonsLab #MMAEmbolization #NeuroIntervention #EndovascularTraining #MedicalSimulation #InterventionalRadiology #LiquidEmbolics #MedTech

Master the art of Radial Thrombectomy with precision and confidence. Our Master Radial Thrombectomy Model replicates realistic radial artery anatomy and offers true-to-life clot simulation for hands-on training. ✅ Realistic radial artery anatomy ✅ True-to-life clot practice ✅ Integrated reservoir & mini pump for controlled flow simulation ✅ Supports aspiration, stent retriever & combined techniques ✅ Ultra-transparent vessels for visual feedback ✅ Reusable & durable design Simulate, aspirate, and repeat each step from navigation to retrieval in a controlled learning environment. Ideal for interventional cardiology and vascular training programs seeking to elevate procedural proficiency. 🔗 Explore our full range of Training Flow Models: surgeonslab.com/training-flow-… 📩 Get in touch with us: surgeonslab.com/contactus 🌐 Learn more: surgeonslab.com #RadialThrombectomy #EndovascularTraining #MedicalSimulation #InterventionalCardiology #VascularTraining #SurgicalInnovation #ClotRetrieval #HealthcareEducation #MedTech #SurgeonsLab

Advance Your MMA Embolization Training with Reusable Simulation Effective Middle Meningeal Artery (MMA) embolization training demands precision, realism, and repeatability. The Reusable MMA Embolization Simulator from SurgeonsLab meets these requirements. Designed for realistic flow-based embolization training, the simulator enables clinicians to practice catheter navigation and embolic delivery in a controlled setting. Its transparent vessel provides clear visualization of embolic distribution during training. Key highlights: • Reusable model designed for repeated training cycles • Compatible with standard neurovascular catheters • Supports DMSO-based embolic agents • Transparent vasculature for clear embolic visualization • Easy cleaning and reassembly for continuous practice Clinicians can refine their technique and build confidence by repeating the cycle of embolization, evaluation, cleaning, and practice using realistic procedural simulation. Learn more about the simulator: surgeonslab.com/middle-meninge… For questions or collaboration opportunities, please contact us surgeonslab.com/contactus #Neurointervention #MMAEmbolization #MedicalSimulation #InterventionalRadiology #NeurosurgeryTraining #MedTech #SurgeonsLab

Master CVST Training with Realistic Simulation Cerebral Venous Sinus Thrombosis (CVST) intervention demands precision, control, and deep anatomical understanding. At SurgeonsLab, we bring you a highly realistic Cerebral Venous Interventional Training Model designed to bridge the gap between theory and hands-on expertise. 🔹 Ultra-transparent vessels for complete visual feedback 🔹 Realistic clot insertion & aspiration practice 🔹 Stent placement and removal training 🔹 Compatible with standard neurovascular stents 🔹 Reusable, durable, and simulation-ready From Access → Navigate → Position → Deploy → Evaluate, every step can be practiced in a controlled, repeatable environment. This model empowers interventionalists to refine their skills, improve procedural confidence, and enhance patient safety — before entering the cath lab. 🔗 Explore Our Venous Models: surgeonslab.com/venous-model 🌐 Visit our website: surgeonslab.com 📩 Get in touch with our team: surgeonslab.com/contactus #SurgeonsLab #CVST #NeuroIntervention #MedicalSimulation #EndovascularTraining #InterventionalRadiology #Neurovascular #HandsOnTraining #MedTechInnovation

Advancing Endovascular Skill Development with CathTrain VR: An Endovascular Virtual Simulator Excellence in endovascular procedures requires theoretical knowledge, precision, spatial awareness, and confident decision-making. CathTrain VR by SurgeonsLab is an AI-powered endovascular virtual simulator that recreates real angiographic environments in a safe, repeatable digital setting. You can train on transradial, transfemoral, popliteal, axillary, and transcarotid approaches within an immersive Virtual C-Arm experience that closely matches real cath lab workflows. CathTrain VR builds confidence in basic catheter skills and advanced techniques before performing live cases. Simulation Modules The platform provides case-based training for neurovascular, coronary, cardiovascular, and peripheral interventions, including below-the-knee (BTK), critical limb ischemia (CLI), and acute limb ischemia. CathTrain VR supports skill development at every level, from basic catheter navigation to advanced strategies across different specialties. Know more: surgeonslab.com/cathtrain_vr Contact: surgeonslab.com/contactus #EndovascularTraining #MedicalSimulation #VirtualReality #InterventionalRadiology #Cardiology #Neurointervention #PeripheralIntervention #CathLab #MedTechInnovation #SurgeonsLab #AIinHealthcare #SimulationBasedEducation

True-to-Scale. True-to-Life. Neurovascular Aneurysm Simulation. SurgeonsLab develops patient-specific MCA, ICA, ACom, PCom & complex aneurysm models for realistic clipping practice and advanced neurosurgical simulation. Train. Plan. Operate with confidence. 🔗 #neurovascular" target="_blank" rel="nofollow noopener">surgeonslab.com/neurosurgery/S… surgeonslab.com #Neurosurgery #Neurovascular #AneurysmSimulation #SurgicalSimulation #3DPrinting

🚀 SurgeonsLab at LINNC Americas 2026 📍 Orlando, Florida | Feb 20–21 Pre-op planning—faster, smarter, patient-specific. Need a quick, accurate 3D printed vessel for your next case? We convert DICOM imaging into precise physical 3D models within hours—ready for simulation, device testing, and team training. ✔ Patient-specific vascular anatomy ✔ Accurate aneurysm, stroke & vessel geometries ✔ Fast turnaround without compromising precision ✔ Express shipping worldwide Upload your files: upload.surgeonslab.com Meet us at LINNC Americas 2026 and accelerate your pre-op planning. 🔗 surgeonslab.com/pre-op-planning #SurgeonsLab #LINNCAmericas2026 #PreOpPlanning #3DPrinting #Neurovascular #MedicalSimulation

Beyond the C6 segment, precision defines outcomes. The SurgeonsLab Ophthalmic Artery Thrombectomy Flow Model enables distal clot simulation, realistic microcatheter tracking, and full thrombectomy workflow training — with ultra-clear device–clot visualization. Train for precision. Protect vision. #NeuroIntervention #StrokeCare #ThrombectomyTraining #MedicalSimulation #EndovascularTherapy #MedTech #VisionPreservation

SurgeonsLab is excited to be attending ISET 2026 in Miami Beach! Reach out to us via info@surgeonslab.com to hear our simulation solutions across peripheral and cardiovascular applications—with hands-on simulations ready to go! Let's connect at ISET 2026! Virtual Simulator: surgeonslab.com/cathtrain_vr Arterial and Venous Flow models: surgeonslab.com/training-flow-… #ISET2026 #SurgeonsLab #MedTech #InterventionalInnovation

Train for complex neurosurgery before the OR. Patient-specific simulation models for aneurysm clipping and tumor resection with realistic anatomy, perfusion, and fluorescence guidance. #Neurosurgery #SurgicalSimulation #AneurysmClipping #NeuroOncology #MicrosurgicalTraining #PatientSpecificModels

Expert-validated MMA embolization training. Reusable, flow-based MMA simulators evaluated by KOLs and INR fellows—built for realistic anatomy, live-flow liquid embolics, reflux simulation, and complete workflow training. Repeatable. Realistic. Clinically aligned. surgeonslab.com/mma #MMAEmbolization #NeuroIR #SimulationBasedTraining #LiquidEmbolics

Training Distal Stroke Thrombectomy Goes Beyond M1 Distal MCA thrombectomy isn’t just a smaller M1 procedure. It demands gentle access, stable navigation, and fewer passes through fragile M2–M3 vessels. The Distal MCA Thrombectomy Flow Model is built for challenges beyond the bifurcation: • Realistic distal MCA anatomy • Precise clot placement in M2 & M3 • Soft, ultra-clear vessels for instant visual feedback • Full workflow training: aspiration, stent retriever & combined techniques • Reusable system with integrated flow reservoir & pump Beyond M1, outcomes depend on how you work—not just reaching the target. 🔗 Contact us: surgeonslab.com/contactus 🔗 Explore flow models: surgeonslab.com/endovascular-i… #NeuroIntervention #DMVO #StrokeCare #Thrombectomy #MedicalSimulation #Endovascular #MedTech #ClinicalTraining

Great MedTech ideas don’t fail because they’re bad. They fail because they never leave the lab. We help innovators move from concept → commercialization without getting stuck in prototyping, regulatory delays, or scale-up roadblocks. 📍 MD&M West 2026 Anaheim, CA | Booth 753 If your biggest bottleneck is prototyping, testing, regulation, manufacturing—or all of the above—let’s talk. We don’t do theory. We build products that ship. DM us or meet us at MD&M West. 🌐 surgeonslab.com #MedTech, #MedicalDevices, #HealthcareInnovation, #MDMWest2026, #AIinHealthcare

No textbook prepares you for the feel of spine surgery. The resistance of cortical bone. The feedback near the dural sac. The pressure that’s firm—but never too much. That’s why we build patient-derived spine training models. #Spine" target="_blank" rel="nofollow noopener">surgeonslab.com/neurosurgery/S… #SpineSurgery #Neurosurgery #MedicalSimulation

Highly advanced #NeurosurgicalSimulation is never built in isolation. At SurgeonsLab, realism comes from training with the exact technologies used in the operating room. 🎙️ PD Dr. Roland Rolz, Universitätsklinikum Freiburg: “It’s been, in my eyes, very realistic.” Powered by real OR technologies from ZEISS Medical Technology, Leica Microsystems, Olympus Corporation, Aesculap, and Mitaka USA. Simulation isn’t a representation of surgery. It’s surgery—experienced earlier. #MedicalSimulation #NeurosurgeryTraining #SurgicalInnovation

Theoretical instruction can explain embolization—but real learning comes from seeing it, feeling it, and doing it repeatedly in a realistic setting. At SurgeonsLab, we create ultra-clear flow models that closely imitate real-life vascular anatomy and physiological flow. Our approach is grounded in how clinicians truly learn: through observation, repetition, and hands-on experience. Practitioners value our flow models for: -Real-time visualization of catheters, guidewires, and embolic agents -Anatomically accurate vessel models for true-to-life navigation -Live physiological flow to understand embolization dynamics -Easy setup with predictable, reproducible results -Compatibility with a wide range of catheters, coils, and embolic devices. The result: Improved technique, stronger muscle memory, and confidence—without the pressure of a live case. Trusted globally for physician education, hands-on device performance validation, and R&D validation. 🔗 Explore our training flow models: surgeonslab.com/training-flow-… 📩 Have a specific training or device validation requirement? #EndovascularTraining" target="_blank" rel="nofollow noopener">surgeonslab.com/contactus#Endo… #MedicalSimulation #InterventionalRadiology #Embolization #HandsOnTraining #PhysicianEducation #DeviceValidation

Textbooks teach theory. Practice builds confidence. So where do ultra-clear flow models fit in endovascular training? Swipe to see why leading hospitals and device companies choose SurgeonsLab for #EndovascularTraining and #Neurovascular education. Ultra-clear isn’t glass—it’s visibility. See real-time device–anatomy interaction, true catheter movement, flow dynamics, and precise deployment. The result? Training that builds intuition, not just muscle memory. Used by simulation centers, hospitals, device manufacturers, and Cath Lab teams. What endovascular procedure would you repeat 50 times with perfect clarity before treating a patient? #MedicalSimulation #InterventionalRadiology #MedicalDevices #CathLabTraining #SurgeonsLab

Simulation changes how neurosurgeons are trained—not through slides, but through mentorship. Voxel-based medical simulation lets residents pause, ask why, refine technique, and learn safely by doing. This is where surgical judgment is built long before the OR. Train with purpose. Teach what lectures can’t. 🔗 surgeonslab.com/neurosurgery/s… #Neurosurgery #MedicalSimulation #SurgicalEducation #NeurosurgicalTraining #SimulationBasedLearning