Orthopedics
Fixation, access, biologics handling, fluoroscopy coordination, and preference cards for spine programs.
Clinical applications
Nuvasive clinical specialties and device requirements.
Spine device planning often touches orthopedic surgery, neurosurgery, anesthesia, radiology, sterile processing, and post-acute care. This page helps teams frame the device conversation by specialty rather than by brochure category.
Requirement matrix
Map the specialty to the device conversation.
The matrix is intentionally simple: it helps a committee identify which departments should be included before a device evaluation begins.
| Specialty | Typical device classes | Key standards and documents |
|---|---|---|
| Orthopedics | Spinal access, fixation, biologics, navigation support | ISO 14971, UDI-DI, IFU, biocompatibility (ISO 10993 where patient-contact), sterile processing instructions |
| Neurology | Neurosurgical access, monitoring support, navigation-adjacent tools | Risk file / FMEA excerpts, training records, IEC 62366 usability notes, procedure-specific warnings |
| Anesthesia | Positioning, airway access support, OR table coordination | IEC 62366-1 usability engineering, perioperative protocol references, EMC (IEC 60601-1-2) where powered accessories apply |
| Radiology | C-arm workflow, fluoroscopy planning, preoperative imaging | DICOM / HL7 FHIR handoff notes, modality worklist coordination, radiation-safety partnership |
| Sterile Processing | Reusable trays, packaging, sterilization cycles | Validated reprocessing, SAL 10⁻⁶, ISO 11607 packaging, AAMI ST91-aligned endoscope / instrument discussions when relevant |
Selection trade-offs
Two debates that show up in almost every spine device review.
Nuvasive does not treat these as slogans. Committees need both sides visible before they lock tray strategy or capital assumptions.
Single-use disposables
Favor predictable sterility, lower reprocessing labor, and simpler liability when Spaulding classification or SPD capacity is constrained. Trade-offs include higher per-case cost, packaging waste, and supply-chain volatility during volume spikes.
Reusable instrument sets
Favor lower cost per procedure over the set life and a smaller waste footprint when ISO 17664 / AAMI ST91-aligned validation, cycle limits, and tray tracking are enforced. Trade-offs include SPD labor, water/chemical use, and downtime when sets are incomplete.
Robotic-assisted pathways
Can help ergonomics, visualization, and training standardization for selected indications. Trade-offs include capital cost, per-case disposables, longer learning curves, and room-time impact until volume justifies the platform.
Conventional / navigated open or MIS approaches
Remain appropriate when outcomes, access, and economics do not justify robotics. Trade-offs include greater dependence on surgeon experience, fluoroscopy time, and preference-card complexity across multi-surgeon programs.
Boundary note: device choice does not replace surgical judgment, local credentialing, or hospital infection-control policy. Nuvasive provides planning support and documentation; clinical outcomes depend on patient factors and the full care pathway.
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Share your procedure mix and we will help route the right device, service, and documentation questions to the right people.
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