Skip to content
SPview

AI-powered surgical planning

See the anatomy.
Plan with confidence.

SPview uses artificial intelligence to transform medical imaging into patient-specific 3D anatomical models, helping surgeons explore complex anatomy before surgery.

Request a DemoSee how it works

Dedicated hardwareLocal processingNo external DICOM transfer

Patient-specific 3D reconstruction of a liver with portal and hepatic venous anatomy and a lesion

Imaging to anatomy

2D imaging.
3D anatomy.

Surgeons often need to mentally reconstruct complex three-dimensional anatomy from two-dimensional CT or MRI images. SPview transforms this imaging information into an intuitive patient-specific 3D representation.

Series of axial CT slices of the abdomen
CT / MRI series
AI segmentation
3D reconstructed liver anatomy generated by SPview
SPview 3D reconstruction

One software environment

One platform.
Two surgical specialties.

Liver and Lung modules are available within the same SPview software environment, allowing different surgical departments to access advanced 3D planning from one solution.

3D liver reconstruction with portal and hepatic venous anatomyModule 01

Liver

AI-assisted 3D reconstruction for liver surgery.

  • Liver parenchyma
  • Hepatic veins
  • Portal venous anatomy
  • Tumors / lesions
  • Anatomical segmentation
Explore Liver
3D lung reconstruction with bronchial tree and pulmonary vesselsModule 02

Lung

AI-assisted 3D reconstruction for thoracic surgery.

  • Lung anatomy
  • Pulmonary vessels
  • Bronchi
  • Lesions
  • Surgical anatomical relationships
Explore Lung

One workstation. One software. Liver + Lung.

How it works

From scan to surgical insight.

Step 01

Medical imaging

Access the patient's CT or MRI examination directly within the hospital workflow.

DICOM / CT / MRI

Step 02

AI-assisted segmentation

SPview identifies and reconstructs relevant anatomical structures.

AI processing

Step 03

Interactive 3D model

Explore patient-specific anatomy in three dimensions and use it to prepare the surgical strategy.

3D model

Local workflow

No DICOM transfers.
No anonymization workflow.
No unnecessary complexity.

SPview provides the dedicated workstation and the software already installed. Medical imaging can be processed within the hospital environment without sending patient DICOM files to an external platform and without the usual time-consuming anonymization and transfer process.

Traditional external workflow

  1. 01CT / MRI
  2. 02Export DICOM
  3. 03Anonymize patient data
  4. 04Upload / transfer files
  5. 05External processing
  6. 06Retrieve the result
  7. 07Review the reconstruction

Seven steps before the surgical team can look at the anatomy.

SPview workflow

  1. 01CT / MRI
  2. 02SPview workstation
  3. 03AI reconstruction
  4. 04Interactive 3D model

From medical imaging to 3D surgical planning without sending patient data outside your institution.

Your imaging stays where it belongs: inside your hospital.

Hardware + software

Everything you need.
Ready to use.

SPview can be delivered as a complete clinical solution combining dedicated high-performance hardware and the SPview software. The workstation is configured for AI-assisted 3D reconstruction and arrives with the SPview environment installed.

SPview high-performance workstation with a clinical display

SPview workstation

SPview software

Ready-to-use 3D surgical planning

Ready to deploy

Dedicated hardware configured for SPview.

Local clinical workflow

Patient imaging does not need to be transferred to SPview for external processing.

Liver + Lung

Both clinical modules can run within the same SPview software and workstation, enabling different surgical departments to use the same solution.

Technology

Advanced AI.
Designed for clinical reality.

Complex segmentation technology should not create additional complexity for clinicians. SPview combines AI-assisted medical image segmentation with a workflow designed around surgeons, radiologists and hospital environments.

Axial CT slices
01 · CT dataNative imaging series
CT slice with AI segmentation overlays of lung lobes and vessels
02 · SegmentationAI-assisted structure detection
Segmented anatomical structures derived from CT imaging
03 · Anatomical structuresVessels, parenchyma, lesions
Interactive 3D anatomical reconstruction
04 · 3D modelInteractive patient-specific anatomy

Built for surgeons

Understand complex anatomy before the first incision.

01

Patient-specific anatomy

Visualize each patient's unique anatomical relationships.

02

Spatial understanding

Explore vessels, lesions and surrounding structures in three dimensions.

03

Pre-operative planning

Use the reconstruction to prepare and discuss the surgical approach.

04

Communication

Use intuitive 3D visualization when discussing complex cases with colleagues and patients.

Clinical value

Built around the clinical workflow.

Surgeons

More intuitive visualization of complex patient-specific anatomy for pre-operative planning.

Patients

3D visualization can help explain anatomy and the planned surgical procedure.

Hospitals

A locally deployed solution designed to bring advanced 3D surgical planning into the clinical environment without complicated DICOM transfer workflows.

Product experience

Powerful technology.
Simple experience.

SPview software interface showing an interactive 3D liver reconstruction with structure visibility controls and a CT slice viewer
  • Interactive 3D model
  • Structure visibility controls
  • Segmentation colors
  • Rotation and zoom
  • Vessel visualization
  • Lesion visualization

Sophisticated AI underneath. Simple clinical experience on top.

Liver module

Liver planning, reconstructed in 3D.

Patient-specific reconstruction of hepatic anatomy for pre-operative planning, generated from the patient's own CT or MRI examination.

  • Liver parenchyma
  • Portal venous system
  • Hepatic venous system
  • Lesions
  • Anatomical segmentation
Explore Liver
3D liver reconstruction showing portal and hepatic venous anatomy with a lesion

Lung module

See bronchovascular anatomy in 3D.

Reconstruction of pulmonary anatomy and its spatial relationships, supporting the preparation of thoracic surgical strategy.

  • Lungs and lobes
  • Bronchi
  • Pulmonary arteries
  • Pulmonary veins
  • Lesions
  • Anatomical relationships
Explore Lung
3D lung reconstruction showing bronchial tree, pulmonary arteries and veins with a lesion

Demonstrations

See SPview in action.

Credibility

Built by clinicians.
Designed for surgery.

SPview brings together expertise across radiology, surgery, medical imaging, artificial intelligence and 3D visualization.

  • Radiology
  • Surgery
  • Medical imaging
  • Artificial intelligence
  • 3D visualization
Scientific publicationsPlaceholder — to be completed with verified information.
Clinical collaborationsPlaceholder — to be completed with verified information.
Regulatory informationPlaceholder — to be completed with verified information.
Hospital partnersPlaceholder — to be completed with verified information.
CertificatesPlaceholder — to be completed with verified information.
TestimonialsPlaceholder — to be completed with verified information.

Bring 3D surgical planning
into your clinical workflow.

Discover how SPview can transform medical imaging into patient-specific 3D surgical insight directly within your institution.

Request a DemoContact SPview

Dedicated workstation. Local processing. Liver + Lung.