From Planning to Performance

Imagine patient‑specific anatomy, visible during soft‑tissue robotic procedures

Scopia Surgical Navigation is designed to display patient-specific anatomy alongside the live surgical view during soft-tissue robotic procedures, without additional motion-tracking hardware or workflow changes.

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Surgeons plan procedures using detailed CT and MRI scans.
But once surgery begins, that anatomical insight is no longer visible.

During minimally invasive soft‑tissue surgery, surgeons must mentally reconstruct pre‑operative anatomy while navigating a limited live camera view. In complex or variable anatomy, this adds unnecessary cognitive load precisely when focus and precision are required.

Extending Anatomical Insight Into the OR

Acting like a GPS for minimally invasive robotic surgery, Scopia Surgical is developing digital visualization of patient-specific anatomy relative to the live surgical view, enhancing anatomical awareness within existing workflows.

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With Scopia Surgical Navigation, surgeons will be able to:

Review Patient-Specific Anatomical Modeling

Generated from standard-of-care CT or MRI
Pre-Operative Anatomical Review

Assess anatomy and plan tumor margins with greater clarity.
Intra-Operative Alignment

Get real-time anatomical context, synchronized with the surgical camera as it moves.
A Streamlined Software Integration

Optimize your OR with no capital expenditure, no additional motion-tracking

Designed for a Range of Clinical applications

Gynecological Surgery

Including cases involving endometriosis, dense adhesions, or altered pelvic anatomy.
Urologic Surgery

For procedures requiring ongoing awareness of the prostate, neurovascular bundles, and adjacent structures.
Colorectal Procedures

For dissections where anatomical planes are altered or difficult to visualize.

"Scopia Surgical’s technology shows exceptional promise in addressing a real clinical challenge: navigating complex pelvic anatomy during minimally invasive hysterectomies, notably in the context of endometrial cancers which occur at a higher incidence in certain populations. The ability to support safe dissection in distorted anatomical fields could offer real value to surgeons and patients alike. The gynecologic oncology team at the CHUM is enthusiastic about the opportunity to collaborate with Scopia Surgical to evaluate its impact in high-risk surgical cases.”

— Elizabeth Tremblay,
Gynecologic Oncologist, Researcher, CHUM Montreal