Preoperative software InferOperate® Suite

urologysurgerycontour detection

Product overview
InferOperate® Suite Urology Planning supports preoperative planning for renal cancer surgery with fast, fully automated 3D reconstruction and high‑precision anatomical segmentation. The solution provides interoperable 3D models accessible throughout the surgical pathway—from preoperative planning to intraoperative visualization—and offers surgeon-focused tools to simulate resection strategies and quantify volumetric outcomes.

Key features

• Fully automated anatomical segmentation of kidneys and surrounding structures within minutes
• Automated 3D reconstruction and volume rendering for surgical planning
• Dedicated reconstruction of renal vasculature (renal arteries and veins) and the collecting system (ureters and bladder)
• Intuitive surgical simulation tools including pre-resection and post-resection visualization
• Automatic calculation of surgical parameters (residual kidney volume, cut kidney volume, total kidney volume)
• Flexible deployment: on-premise and cloud-based options; integration into clinical workflows

Supported anatomy / visual outputs

• Volume rendering
• Collecting system
• Renal artery
• Renal vein
• Surrounding organs

Surgical simulation
Renal resection simulation is performed rapidly in two steps with automatic calculation of key volumetric parameters to assist clinicians in planning the optimal resection strategy.

Surgical parameters (example outputs)
RKV: 88.0%
CKV: 12.0%
TKV: 160.6 ml

Deployment & integration
The solution supports both on-premise and cloud-based deployment and is designed for seamless integration into existing clinical workflows with intuitive, surgeon-focused tools for intraoperative visualization.

Regulatory & compliance

• Displayed regulatory clearances: FDA, UKCA, NMPA (as indicated on the product page)

Technical characteristics / specifications

• Product family: InferOperate® Suite — Urology Planning module
• Functionality: automated segmentation, 3D reconstruction, volume rendering, surgical resection simulation
• Anatomical coverage: kidneys, renal arteries, renal veins, collecting system (ureters and bladder), surrounding organs
• Simulation outputs: Residual Kidney Volume (RKV), Cut Kidney Volume (CKV), Total Kidney Volume (TKV) with volumetric metrics (example shown: TKV in ml)
• Performance: high-precision segmentation and 3D model generation within minutes
• Deployment: supports on-premise and cloud-based environments; intended for integration into clinical workflow and intraoperative visualization
• Regulatory indications shown: FDA, UKCA, NMPA