ISP-XR is a cutting-edge platform for 3D surgical planning, enabling surgeons and medical teams to create highly precise, patient-specific models. Through real-time collaboration with biomedical engineers, integration with extended reality (XR) tools, and full regulatory compliance (ISO 13485, MDR), ISP-XR enhances decision-making, reduces surgical risks, and streamlines workflows. Whether you're an experienced user or new to digital surgical planning, our solution provides seamless access to customized, efficient, and traceable surgical procedures.
ISP-XR is a cloud-based platform managing the entire lifecycle of patient-specific medical device development. From the initial request to final approval, it ensures full traceability and ISO 13485 compliance. Advanced visualization and real-time collaboration improve workflow efficiency and surgical precision.
By leveraging 3D models and extended reality, ISP-XR enhances precision, reduces operating time, and minimizes complications. Surgeons and engineers can anticipate challenges, improve coordination, and ensure personalized procedures for better patient outcomes and cost efficiency.
Healthcare professionals trust ISP-XR to streamline medical device development and enhance patient care. Its precision in custom device creation, real-time collaboration, and navigation technology drives better clinical results.
ISP-XR improves surgical precision and safety, accelerates patient recovery, and delivers personalized solutions tailored to individual needs. By optimizing hospital resources and reducing surgical time, it enhances efficiency, effectiveness, and overall patient satisfaction.
Surgical planning is a critical step in modern healthcare, enabling greater accuracy, efficiency, and patient-specific solutions. By integrating advanced imaging, engineering expertise, and real-time collaboration, surgical teams can anticipate challenges, optimize workflows, and enhance surgical precision. This approach not only improves patient outcomes but also reduces risks and enhances operational efficiency. Through customized medical devices and innovative planning technologies, surgical procedures become more predictable, safer, and better tailored to each patient’s unique anatomy.
Surgical planning is the foundation of precision medicine, leveraging patient-specific imaging, 3D modeling, and navigation systems to enhance surgical outcomes. By integrating these technologies, procedures become safer, more predictable, and highly efficient.
Through an engineering-driven approach, surgical planning enables the creation of customized medical devices, including guides, implants, and anatomical models.
This ensures a better fit, improved function, and long-term surgical success.
A structured engineering process enhances safety and cost efficiency in surgical planning by reducing errors, optimizing workflows, and ensuring traceability. Standardized procedures and advanced navigation systems improve precision while minimizing readmissions and unnecessary interventions, leading to better outcomes and lower costs.
Engineering notebooks are essential tools for documenting, analyzing, and optimizing surgical planning workflows. They serve as structured repositories where every phase of development is recorded, ensuring repeatability, control, and precision in medical device production and navigation system integration.
Phases of the planning process:
Medical Image Segmentation
CT and MRI scans generate precise 3D models.
Navigable 3D Models
Interactive visualization in 3D and extended reality.
Personalized Medical Devices
3D-printed guides and navigation tools.
Production and Validation
Expert collaboration for adjustments and sterilization.
Release and Evaluation
Quality compliance and final assessment.
Custody of Certificates and Traceability
Document management per ISO 13485.
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