Spine Surgical Navigation System PL300B: An Intelligent Solution for the Future of Spine Surgery

 Modern spinal surgery faces enormous challenges in terms of precision, safety, and minimally invasive approaches. The Perlove Medical PL300B Spine Surgical Navigation System is designed to address these challenges by integrating 3D C-arm imaging, optical tracking, robotic assistance, and intelligent software into one seamless platform. Acting like a “high-definition GPS + intelligent assistant” in the operating room, it enables surgeons to perform complex procedures with exceptional confidence.

Through preoperative 3D planning, real-time path navigation, collision sensing, and robotic arm execution, the PL300B achieves sub-millimeter accuracy, reduces radiation exposure, shortens surgical time, and improves both safety and efficiency.

Key Features and Advantages of PL300B

  1. High-Precision Navigation with Robotic Arm Collaboration
    Equipped with an advanced optical tracking system and robotic arm, the PL300B provides sub-millimeter guidance and ensures stability with a six-degree-of-freedom robotic arm and built-in force sensors.

  2. Adaptive Calibration with Seamless 3D C-Arm Integration
    As the first domestic manufacturer to integrate 3D C-arm imaging with surgical navigation, Perlove Medical enables adaptive calibration that automatically links the patient, imaging, and tracking systems without manual intervention—significantly improving accuracy and compatibility.

  3. Accurate Surgical Planning and Real-Time Guidance
    Surgeons can create detailed preoperative 3D models, plan screw trajectories, and execute the plan intraoperatively with robotic precision. Real-time navigation dynamically corrects deviations, minimizing surgical errors and complications.

  4. Supports Minimally Invasive Spine Surgery
    The PL300B allows percutaneous fixation with incisions as small as 1–2 cm, which reduces tissue damage, shortens operation time, minimizes blood loss, and lowers the risk of complications. Compared with traditional open surgery, it can save up to 50% of surgical time and reduce blood loss by 95%.

  5. Simplified Surgical Workflow and Standardization
    With an intuitive software interface, surgeons can plan multiple screw trajectories at once and apply standardized workflows across different spinal procedures (such as PKP and LIF), reducing the learning curve and increasing efficiency.

  6. Enhanced Human-Machine Collaboration
    The system includes a 34-inch rotatable surgical display and a 29-inch workstation monitor, making intraoperative planning and review easier. Its trolley-based design saves OR space and allows flexible positioning. The robotic arm is equipped with safety sensing that stops immediately upon encountering obstacles.

  7. Reduced Radiation Exposure and Higher Efficiency
    With robotic-assisted navigation, intraoperative fluoroscopy time is significantly reduced. The average fluoroscopy time per screw placement decreases from about 39 seconds to just 2.3 seconds, increasing surgical efficiency by around 30% while protecting both patients and surgical staff from excessive radiation.

Why Choose Perlove Medical PL300B?

  • Industry Leadership in Integration
    Perlove Medical is the first in China to integrate 3D C-arm imaging and navigation robotics, setting new benchmarks for innovation and clinical synergy.

  • End-to-End Smart Navigation Solution
    From preoperative planning and trajectory design to intraoperative guidance and robotic execution, the PL300B provides a complete, intelligent workflow tailored for complex spine surgeries.

  • Minimally Invasive, Patient-Friendly Design
    Smaller incisions, less trauma, lower blood loss, and faster recovery—all while reducing radiation risks for both surgeons and patients.

  • Balance of Innovation and Clinical Practicality
    With adaptive calibration, intelligent planning, robotic assistance, and real-time sensing, the PL300B combines advanced technologies with practical usability for everyday clinical needs.

  • Trusted by Surgeons, Backed by Experience
    Standardized, intuitive workflows reduce dependence on surgeon experience, shorten training time, and ensure safety and reproducibility in even the most complex spine procedures.

Conclusion

The Perlove Medical PL300B Spine Surgical Navigation System represents a breakthrough in modern spinal surgery. By combining intelligent planning, robotic precision, and seamless imaging integration, it enables safer, faster, and more effective operations. As a pioneer in medical imaging and surgical navigation, Perlove Medical continues to advance technologies that empower surgeons and improve patient outcomes—paving the way for the future of intelligent spine surgery.

Conclusion

The Perlove Medical PL300B Spine Surgical Navigation System represents a breakthrough in modern spinal surgery. By combining intelligent planning, robotic precision, and seamless imaging integration, it enables safer, faster, and more effective operations. As a pioneer in medical imaging and surgical navigation, Perlove Medical continues to advance technologies that empower surgeons and improve patient outcomes—paving the way for the future of intelligent spine surgery.

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