3D+

HEALTHCARE

The Future of Personalized Healthcare

Book a consultation Selected clinical cases

100+

Surgical cases planned

500+

People trained

2018

Serving Saudi Arabia

3D+ Healthcare patient workflow from scan and plan to printed, patient-specific models and implants — Cranial ImplantOrthopedic Surgical GuideAnatomical Surgical Planning ModelMaxillofacial Surgical GuideOrthopedic Implants

Why 3D+

Advanced 3D printing and AI-powered surgical solutions, customized to improve precision, inspire innovation, and transform patient care

Clinical Precision

Patient-specific models, guides, and implants designed from real medical imaging to improve surgical accuracy and confidence.

Speed to Surgery

In-house medical 3D printing enables rapid turnaround for time-critical cases planning, validation, and production without delays.

Clinical Know-How

Deep experience in clinical workflows, surgeon collaboration, and medical standards ensures safe, practical, and adoptable solutions.

Our Services

CT scan of a patient, the implant designed on screen from that scan, the implant being printed, and the surgeon fixing it in place

3D Printed Customized Implants

Implants designed from the patient’s own medical imaging and printed to match the anatomy of the individual case, then fitted in theatre.

Patient scan on screen, 3D printer, and a surgical team reviewing the printed shoulder model

Surgical Planning 3D Models

Patient-specific physical 3D models that accurately replicate anatomical structures and are used prior to complex procedures to enable precise understanding and surgical planning.

3D printer producing an anatomical heart model, then trainees examining it at the bench

Medical Training 3D Models

Educational physical 3D models used to train physicians and medical students on medical and surgical procedures within a safe, realistic simulation environment.

Surgical plan on screen, the printed patient-specific guide, and the guide in use during knee surgery

Customized Surgical Tools

Patient-specific surgical tools designed, and 3D printed for each individual case to guide surgeons during procedures and reduce the risk of errors.

Leg scan, digital design, printed socket, and the finished orthosis, prosthesis and insole

Orthotics & Prosthetics

Medical solutions designed according to individual patient measurements to improve mobility, comfort, and overall quality of life.

Scanning a dog, designing the limb, printing it, and the dog walking on the finished prosthesis

Animal Prosthetics

Innovative solutions that support veterinary medicine, aimed at restoring mobility and improving the quality of life of injured animals.

Our Quality Standards

Advanced 3D processes paired with rigorous quality control at every stage.

High precision in transforming medical data into accurate, practical, and usable models.
Full alignment of deliverables with technical specifications and operational requirements for each project.
Implementation of structured review and validation steps prior to delivery to ensure safety and accuracy.
Commitment to clear requirements, precise execution, and disciplined adherence to timelines.
Continuous process improvement driven by experience and real-world outcomes.

Our Workflow

AI-powered 3D printing workflows for customized healthcare solutions from medical imaging and digital planning to design, production, and clinical application.

Medical Imaging Acquisition

We start by acquiring high-resolution medical imaging data (such as CT or MRI scans), which forms the foundation for developing patient-specific implants.

Image Segmentation

Using advanced AI-driven tools, we isolate and define critical anatomical structures, such as bones and soft tissues, ensuring precise modeling of the implant.

Surgical Planning and Implant Design

Our experts collaborate with surgeons to plan the procedure and design an implant that integrates seamlessly with the patient’s anatomy, considering function, fit, and surgical approach.

CAD Modeling and Pre-Printing Validation

The design is translated into a detailed 3D model using CAD software, followed by virtual simulations to validate its accuracy and performance before manufacturing.

3D Printing Production

Using state-of-the-art additive manufacturing technology, the validated design is printed layer by layer to achieve a highly accurate and biocompatible implan

Post-Processing and Sterilization

Post-production steps include surface finishing, inspection, and sterilization to ensure the implant meets stringent medical and regulatory standards.