Products

Surgical Reality Viewer
Surgical Reality
Surgical Reality offers CE- and FDA-certified AI-powered 3D medical imaging and surgical planning software that transforms CT scans into patient-specific 3D models for thoracic surgery, enhancing precision in complex lung procedures.

See all 1 product →

About Surgical Reality

Surgical Reality is a healthcare AI company that specializes in advanced AI-powered 3D medical imaging and surgical planning software for thoracic surgery. Their core product, the Surgical Reality Viewer, converts standard CT scans into high-fidelity, patient-specific 3D models of the entire lung within minutes. This technology is designed to assist trained healthcare professionals with preoperative and intraoperative visualizations, enabling anatomical visualization, margin assessment, and navigation during VATS (Video-Assisted Thoracic Surgery) and RATS (Robotic-Assisted Thoracic Surgery) procedures.

For physicians, Surgical Reality’s solution offers significant advantages, particularly as thoracic surgery increasingly moves towards complex, lung-sparing procedures like segmentectomies. Traditional 2D imaging can be insufficient for these intricate operations, and Surgical Reality provides the necessary 3D tools to navigate segmental anatomy with confidence. The interactive 3D models allow surgeons to define resection margins, add measurements, and even deform the patient’s anatomy intra-operatively to simulate each step of the procedure. This enhanced visualization and planning can lead to stronger preoperative consensus, improved surgical margins, reduced operating times (approximately 20-30 minutes), and faster patient recovery. The software is PACS-integrated and runs locally within the hospital network, ensuring data privacy and security.

Focus Areas

AI-powered 3D medical imaging surgical planning thoracic surgery lung resections augmented reality in surgery virtual reality in surgery

Business Intelligence

Key InvestorsLUMO Labs, Graduate Entrepreneur, Horizon Flevoland
PartnershipsErasmus MC
Acquisitionsunknown
TechnologyAI-driven anatomical segmentation algorithms, 3D volume rendering, interactive and deformable 3D models, PACS integration, on-premise software
FDA Clearances1 (Surgical Reality Viewer is CE- and FDA-certified) cleared products (estimated)

What Physicians Need to Know

AI-Powered 3D Medical Imaging
Surgical Reality specializes in converting standard CT scans into patient-specific, high-fidelity, full-color 3D models of the entire lung within minutes using AI and computer vision algorithms. These models accurately visualize pulmonary arteries, veins, bronchi, lung lobes, and segmental borders, and automatically detect anatomical variations. This capability is crucial for complex lung resections like lobectomy and segmentectomy, where traditional 2D imaging is often insufficient.
Advanced Surgical Planning
The platform provides comprehensive tools for preoperative planning, allowing surgeons to annotate tumors with one click, define resection margins, add measurements, and adjust segmentations. Clinical studies have shown that reviewing Surgical Reality's 3D models leads to surgical plan modifications in up to 52% of segmentectomy cases, resulting in stronger preoperative consensus and increased effective surgical margins.
Intraoperative Guidance with AR/VR
Surgical Reality integrates 3D visualization into intraoperative workflows, connecting to RATS consoles for side-by-side 3D visualization and VATS towers for intraoperative 3D display. The interactive, deformable 3D model provides real-time anatomical reference during surgery, dynamically adapting to tissue deformation to simulate intraoperative conditions. This enhances spatial orientation and supports precise anatomical guidance, potentially reducing operating time by 20-30 minutes.
Focus on Thoracic Surgery
The company's core expertise is in thoracic surgery, particularly complex lung resections such as lobectomy and segmentectomy. Their technology is designed to address the specific challenges of navigating segmental anatomy with confidence, which is increasingly important as thoracic surgery shifts towards more complex, lung-sparing procedures.
Key Differentiators
Surgical Reality stands out with its AI-driven automated labeling of anatomical structures within minutes, its interactive and deformable 3D models that mimic tissue behavior during surgical manipulation, and its locally hosted software with PACS integration for secure patient data management. They are also CE- and FDA-certified.
Physician Tip

For physicians, Surgical Reality offers a powerful and intuitive solution to enhance precision in lung surgery. The AI-powered 3D models provide deeper anatomical insights, leading to better confidence and awareness of anatomy, stronger preoperative consensus, and an increased number of effective surgical margins. The interactive and deformable 3D models can be used for pre-operative planning and real-time intraoperative guidance, potentially reducing operating time and complications, and leading to faster patient recovery. The system's ability to automatically detect bronchovascular anatomical variations is particularly valuable for complex cases. Furthermore, the platform is designed to seamlessly integrate into existing clinical workflows, resembling standard DICOM viewers for easy adoption.

Surgical Reality Viewer runs locally and integrates directly with PACS using least-privileged access controls, ensuring all patient data remains securely within the hospital network without external transfer. It can also connect to Robotic-Assisted Thoracic Surgery (RATS) consoles for side-by-side 3D visualization and Video-Assisted Thoracic Surgery (VATS) towers for intraoperative 3D display, optimizing speed and seamless integration into daily surgical workflows.

Products by Surgical Reality

1 product in the directory

Surgical Reality Viewer
Surgical Reality
Surgical Reality offers CE- and FDA-certified AI-powered 3D medical imaging and surgical planning software that transforms CT scans into patient-specific 3D models for thoracic surgery, enhancing precision in complex lung procedures.

Reviews & Opinions

No web reviews on file yet for Surgical Reality. Check back later for aggregated opinions from across the web.

Videos

News, demos, and interviews about Surgical Reality.

Loading videos...

Videos load interactively. If none appear, search YouTube for Surgical Reality →

View all on YouTube

Press & Coverage

LUMO Labs
LUMO Labs and Graduate Entrepreneur invest in Dutch startup Surgical Reality for advanced 3D technology for surgeons
Surgical Reality, a medical imaging startup, secured investment from LUMO Labs, Graduate Entrepreneur, and Horizon Flevoland to further develop and commercialize their plug-and-play software that converts pulmonary CT scans into 3D lung models. The funding will support regulatory approval in Europe, commercialization, and new features.
2025-02
FDA
Surgical Reality Viewer - 510(k) Premarket Notification
The FDA granted 510(k) clearance to Surgical Reality Viewer, a medical imaging visualization software designed to assist healthcare professionals with preoperative and intraoperative visualizations using 2D and 3D renderings of DICOM compliant patient images. The device is considered substantially equivalent to its predicate device, Ceevra Reveal 3.
2026-05
Medicalholodeck
Surgical Planning in Virtual Reality: A Systematic Review
This systematic review evaluates the integration of Virtual Reality (VR) into surgical planning, highlighting its ability to improve accuracy and efficacy compared to traditional 2D imaging. Studies show VR applications often lead to modifications in surgical approaches and enhance understanding of anatomical structures.
2024-04
MIT News
New AI technique could make minimally invasive surgeries safer and more precise
MIT researchers have developed 'xvr,' a patient-specific AI method that enhances surgical navigation using X-rays in fields like orthopedics and neurosurgery, with future goals of real-time deployment and handling more complex scenarios.
2026-09
Fierce Healthcare
Uncovr secures $7M in seed funding for AI surgical documentation platform
Surgical artificial intelligence company Uncovr raised $7 million in seed funding for its platform, which analyzes surgical videos to automatically generate procedural coding and clinical documentation. The platform aims to improve documentation accuracy and reduce reimbursement gaps.
2026-06
URF Publishers
Use of Augmented Reality for Surgical Training: Studying the Effectiveness and Potential of Augmented Reality Tools in Training Surgeons
This research explores the use of Augmented Reality (AR) tools in surgical training, demonstrating significant improvements in surgical skills, including increased accuracy, time efficiency, and error reduction. The study highlights AR's potential to provide low-cost, interactive, and personalized learning for surgeons.
2024-04
UC Davis Health
The future of surgery: Using augmented reality goggles in the operating room
UC Davis Health is integrating augmented reality goggles into operating rooms, with the technology expected to expand across various surgical areas and education as it continues to develop.
2024-08
ScienceDirect
Extended reality in surgical education: A systematic review
This systematic review analyzes 33 studies on extended reality (XR) in surgical education, with findings indicating that virtual reality-based training can lead to superior outcomes compared to conventional didactic teaching, particularly in specific surgical fields.
2023-11
No FAQs available yet for this company.

Related Companies

BastionGPT, developed by Bastion Intelligence, offers HIPAA-compliant AI tools specifically designed for physicians and healthcare providers. The platform aims to reduce the administrative burden of documentation, allowing clinicians to focus more on patient care. It provides an AI assistant and an unlimited ambient AI scribe, converting dictations, recordings, and uploaded records into structured medical documentation […]

Videa (formerly VideaHealth) is a healthcare AI company focused on transforming dentistry through artificial intelligence. The company develops AI software that analyzes dental radiographs (X-rays) to assist dentists in detecting various oral conditions, such as cavities, gum disease, periapical lesions, calculus, and periodontal bone loss. Their core product, the “VideaAI” platform, is an FDA-cleared software […]

The Real Estate Physician is a company that empowers physicians to achieve financial independence through real estate investing. Founded by Dr. Cherry Chen and Alex Luu in 2018, the company provides guidance, education, and support to help healthcare professionals invest in commercial real estate opportunities. They aim to help physicians put their money to work, […]

SureMediks, a product of Rasimo Systems, LLC, is an AI-powered Clinical Operating System designed for longitudinal care, aiming to transform episodic healthcare into continuous, intelligent, and personalized patient management. The platform integrates patients, healthcare providers, clinical protocols, AI, connected medical devices, and electronic medical records into a unified ecosystem. SureMediks processes continuous real-world patient data […]

SOAP Health offers an AI-powered platform designed to enhance patient intake, risk assessment, and clinical documentation for physicians. The company’s core offering, “The Ideal Medical AI Assistant™,” utilizes conversational and generative AI with an animated digital human interface to collect comprehensive patient data through voice-based interactions. This system aims to save physicians significant time by […]

SmarterHumans.ai is an AI-powered learning platform designed to help physicians and lifelong learners master and retain complex information more efficiently. Co-founded by Dr. Barbara Oakley, a distinguished professor of engineering and renowned expert in learning science, and Dr. David Handel, a retired radiologist, the platform leverages evidence-based learning techniques like spaced repetition and retrieval practice. […]

AI Tool Finder
AI-powered search. Results may not be comprehensive.