Each entry is an FDA submission, not a distinct commercial offer. Inspect the exact record before comparing evidence, asking for a quote or planning an integration.
Which exact product, version and licensed modules are in the current offer?
Do related FDA submissions document the same scope, or different functions and versions?
Which costs, support obligations and local acceptance tests remain unresolved?
Authorized purpose: SIS System fuses clinical brain MRI with postoperative CT to visualize DBS anatomy, localize STN, GPe, GPi, and Vim, and segment implanted leads for surgical review.
Modality
Radiological images; modality varies or is not specified in FDA list
Authorized purpose: SIS System fuses clinical brain MRI with postoperative CT to visualize DBS anatomy, localize STN, GPe, and GPi, and segment implanted leads for professional review.
Modality
Radiological images; modality varies or is not specified in FDA list
Authorized purpose: SIS System version 5.6.0 fuses clinical brain MRI with postoperative CT for DBS anatomy visualization and implanted-lead placement localization, including STN, GPe, and GPi.
Modality
Radiological images; modality varies or is not specified in FDA list
Authorized purpose: SIS System version 5.1.0 processes and fuses brain MRI and CT for DBS surgical planning and visualization of STN, GPe, and GPi anatomy.
Modality
Radiological images; modality varies or is not specified in FDA list
Authorized purpose: SIS Software v3.6.0 displays, presents, documents, registers, fuses, and processes brain MR and postoperative CT images to support stereotactic neurosurgery and subthalamic-nucleus visualization.
Modality
Radiological images; modality varies or is not specified in FDA list
Authorized purpose: SIS Software v3.3.0 fuses clinical brain MRI with postoperative CT to visualize and localize the subthalamic nucleus and support stereotactic surgical planning.
Modality
Radiological images; modality varies or is not specified in FDA list
Authorized purpose: SIS Software fuses brain MRI with postoperative CT to visualize and localize the subthalamic nucleus for stereotactic neurosurgical planning.