Your
engineering department
for the hardest cases
Salnus turns a CT into a patient-specific 3D plan, implant-agnostic, in your browser. Surgeons plan the hard case; manufacturers build on the same neutral layer.
Salnus is a research-use-only, software-only, implant-agnostic orthopedic AI platform for preoperative surgical planning and clinical decision support.
From CT to Surgical Plan
Example: complex multi-ligament knee reconstruction
Tunnel Optimization & Analysis
Plans multi-ligament tunnel trajectories that avoid collisions and protect the bone bridges between them. 3D simulation and orthographic views for confident knee reconstruction.
Automated Surgical Report
Generates a complete surgical plan with measurements, protocol comparison, and risk analysis, ready as a clinical PDF. Consistent documentation without the manual work.
Surgeons plan, manufacturers build on it
One implant-neutral planning layer. Surgeons plan the hard case; implant manufacturers gain reach around their systems. Because it is implant-agnostic, the plan never steers toward a brand.
Turn the hard case into a plan
Multi-ligament, revision, complex deformity. CT to a patient-specific 3D plan. Free during the pilot, and images stay in the clinic.
Join the pilot →Extend your implants' reach
Your catalog becomes one of the libraries the planner targets, without locking surgeons to a brand. Integration, co-development, or per-case.
For manufacturers →Clinical Intelligence
Platform
Cloud-native platform modules and professional services that standardise your preoperative planning, support surgical decision-making, and enable academic collaboration.
Cloud-Based AI Platform
View DICOM scans, run AI-assisted analysis, and generate clinical reports in one browser-based platform, with no PACS integration or software to install. Currently in invite-only beta.
DICOM viewer + AI analysis + reporting, one platform.Automated Surgical Reporting
Turns your radiological measurements into a clean, standardized PDF report with grading, alignment analysis, and surgical recommendations. Consistent documentation in seconds instead of manual write-ups.
From DICOM to PDF report in seconds.OA Intelligence Suite
Grades knee osteoarthritis from a single X-ray to support your clinical decisions, right in your browser. Fast, consistent grading with no software to install.
Knee OA grading with deep learning.Geometric Analysis & Measurement
Measures the anatomical angles and axis alignment that drive surgical decisions (MPTA, LDFA, HKA, FTA), with AI-assisted landmark placement. Reliable, repeatable measurements in a fraction of the manual time.
Auto angles + landmarks + axis alignment.Auto-Segmentation & 3D Modelling
Turns a knee CT into a patient-specific 3D bone model, ready for surgical planning and 3D-printed guides. Externally validated across femur, tibia, patella, and fibula.
AI bone segmentation + 3D mesh export.MRI Cartilage & Meniscus Segmentation
Extends 3D planning to cartilage and menisci by segmenting soft tissue directly from knee MRI. In development, adding a full soft-tissue picture to the bone model.
Bone + cartilage + meniscus segmentation from MRI.Multi-Ligament Reconstruction Planning
Automated multi-ligament tunnel planning that finds safe trajectories, avoids tunnel collisions, and protects the bone bridges between them. Goes from CT landmarks to a complete surgical plan, grounded in our OJSM-published research.
Optimized tunnel angles + bone bridge safety analysis.Deformity Analysis & Correction Planning
Analyzes varus/valgus deformity, simulates the osteotomy, and plans mechanical axis correction for HTO and DFO candidates. End-to-end preoperative deformity assessment based on Paley principles.
Mechanical axis restoration with digital precision.Shoulder Segmentation & Planning
Extends the 3D planning platform to the shoulder, building a patient-specific model of the proximal humerus for arthroplasty planning. In development.
AI shoulder and proximal-humerus segmentation from CT.Elbow & Humerus Segmentation
Extends the 3D planning platform to the elbow and humerus for deformity assessment (such as cubitus varus) and preoperative planning. In development.
AI elbow and humerus segmentation with deformity analysis.TKA Preoperative Planning
Extends the 3D planning platform to total knee replacement with vendor-neutral, implant-agnostic planning: CPAK alignment, component fitting, and rotation optimization from CT. In development.
Vendor-neutral, implant-agnostic TKA planning from CT.3D Modelling & Surgical Guides (PSI)
Builds 3D reconstructions matched precisely to the patient's anatomy and designs surgical guides for HTO, DFO, and specific osteotomies. Clinically validated and published in OJSM for maximum postoperative accuracy.
Patient-specific PSI; maximum axial alignment accuracy.Technical Consultancy
Hands-on planning support for elite-athlete cases, complex deformities, and biomechanical modeling in your toughest scenarios. Direct engineering support from our biomedical team.
Case-by-case expert biomedical engineering support.Clinical & Academic Partnerships
Partner with us on clinical dataset curation, algorithm co-development, and joint publications. Shared academic output from collaborative model development.
IP sharing, revenue-sharing or licensing model.Medical AI Training & Workshops
Hands-on training for surgeons on digital preoperative planning, AI-assisted analysis, and 3D surgical guide design. Available as congress workshops and institutional programs.
Upskill your team in AI-assisted surgical planning.Clinical Evidence
Clinical outcomes achieved by our models using real hospital data.
3D-Printed Patient-Specific Guides for Knee Reconstruction
Our study in The Orthopaedic Journal of Sports Medicine validated 3D-printed patient-specific instrumentation for knee reconstruction, showing significant gains in intraoperative precision over conventional techniques.
Four-Bone Knee CT Segmentation Model
Turns a knee CT into a patient-specific 3D bone model, ready for planning and 3D-printed guides, across femur, tibia, patella, and fibula. Externally validated, with the fibula rarely captured in dedicated knee CT work.
Hip Osteoarthritis AI Analysis
An AI model that detects and grades hip osteoarthritis. A systematic review and meta-analysis of 25 studies is complete, with our original model in development.
From Academic Research
to Clinical Application
Every module in our products is grounded in our own research, from peer-reviewed publications to studies currently under review.
Active research portfolio, published, under review, and in development
Why Salnus
Software, not hardware. Vendor-neutral, not locked-in. In your browser, not our servers.
Implant-agnostic
Not locked to a single manufacturer. Surgeons keep their implant choice.
Software-only
No hardware, no capital cost, no PACS integration.
Browser-based, client-side
Runs in your browser; patient images stay in the clinic (KVKK/GDPR-aligned).
Peer-reviewed foundation
Grounded in peer-reviewed research. Research-use-only (RUO).
Request
access to the pilot
Reserve early access to the Salnus orthopedic AI clinical pilot. Surgeons, radiologists, and institutions can request a spot in the upcoming wave.
Other inquiries: info@salnus.com