The BLICUT Spine Simulator is an advanced training platform designed to enhance clinical proficiency in minimally invasive spine procedures. Featuring replaceable 3D-printed bones, anatomically accurate structures, and a human-like casing, it provides a realistic environment for practicing essential skills such as puncture site identification, angiographic-guided insertion, and treatment planning. This comprehensive setup enables clinicians to experience lifelike tactile feedback while developing critical procedural accuracy. The simulator’s replaceable 3D bones replicate true bone density and anatomical landmarks, allowing repeated practice without wear and tear. Intervertebral discs are precisely modeled to simulate complex spinal procedures like vertebroplasty, kyphoplasty, and spinal fusion, offering real-time practice for device navigation, catheter insertion, and implant placement. Angiographic-guided insertion training enables clinicians to gain hands-on experience with fluoroscopy-guided procedures, improving their spatial awareness, accuracy, and decision-making during minimally invasive spine surgeries. The human-like casing ensures an authentic procedural environment, reinforcing hand-eye coordination, instrument handling, and anatomical recognition. The BLICUT Spine Simulator also supports treatment planning for spinal interventions, helping clinicians visualize and rehearse complex procedures before performing them on actual patients. This reduces procedural risks, enhances surgical confidence, and improves clinical outcomes through safe, hands-on learning. In summary, the BLICUT Spine Simulator bridges the gap between theoretical learning and real-life clinical practice by offering lifelike anatomical accuracy, replaceable components, and interactive procedure simulation tailored to minimally invasive spine procedures. Its unique design empowers clinicians to master essential skills, refine techniques, and improve patient safety in a realistic, controlled environment.
The BLICUT Spine Simulator features exceptional imaging capabilities, allowing clear visualization of the needle tip during fluoroscopy-guided procedures. This enhances precision in pain management interventions such as vertebroplasty and kyphoplasty, reducing procedural errors and improving clinical accuracy
The simulator includes anatomically correct Scotty Dog landmarks, clearly visible under X-ray, aiding clinicians in identifying puncture sites with accuracy. This built-in reference enhances anatomical recognition and boosts confidence in performing precise fluoroscopy-guided insertions
The system provides tactile feedback through realistic needle flashback, confirming successful intervertebral access. This immediate, real-life response allows trainees to validate needle placement, reinforcing procedural confidence and minimizing real-world errors
Featuring true-to-life 3D-printed spine bones, the simulator replicates human vertebrae, intervertebral discs, and surrounding structures. This design allows repetitive, hands-on practice with accurate tactile feedback, making it ideal for learning complex spinal procedures without the need for cadaveric models
The replaceable 3D spine components enable repeated use and customizable configurations for different procedural scenarios. This modular design supports long-term training while ensuring cost-effectiveness and versatility for various minimally invasive spine procedures
The simulator supports multi-level clinical training, including pain management interventions, vertebroplasty, kyphoplasty, and spinal fusion. By offering pre-procedural planning and hands-on skill development, BLICUT equips clinicians with the expertise needed to navigate complex spinal anatomy and perform precise procedures confidently