Discover how Axial3D’s anatomical models transform pre-operative planning and patient outcomes.

Read the case studies and interact with the models below.

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A solution for every medical application

Axial3D puts the patient at the core of every decision.

We’ve spent years creating and perfecting 3D printing solutions for medical professionals across all specialities. From neurosurgery to radiology, orthopaedics to cardiology. You can trust Axial3D with your 3D printing strategy, allowing you to focus on your patients.

Cardiac

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3D Anatomical Model Helps Physician Repair a Ventricular Septal Defect

In March of this year, a 65 year old man was ready to undertake a procedure to repair a...

Discover how Axial3D’s anatomical models transform pre-operative planning and patient outcomes.

Read the case studies and interact with the models below.

A solution for every medical application

Axial3D puts the patient at the core of every decision.

Cardiac

3D Anatomical Model Helps Physician Repair a Ventricular Septal Defect

3D Anatomical Model Saves Time and Reduces Risk on a Rare Transcatheter Pulmonary Valve Replacement

Aortic Valve Surgery Made Safer and Faster

Using patient specific models to plan complex congenital deformity corrections (PAPVR)

Getting to the safest surgery plan

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Using 3D Models to help reduce the backlog of Covid19

Transforming care for a sick child with Congenital Heart Defects

Supporting faster and safer cardiac valve replacement with 3D modeling

Improving patient safety in surgery with a 3D printed cardiac model

Patient-specific 3D modeling for improving training and education

Accurately depicting a severe mitral annular calcification with 3D printing

Improved accuracy and reduced planning time in cardiac surgery

3D modeling to reduce patient risk in paediatric cardiac surgery

Enabling a 60 minute reduction in paediatric surgery with a 3D printed anatomical model

Helping a cardiac surgeon to visualize their own ASD with 3D printing

Improving pre-operative communication for surgeons with 3D printing

3D modeling for precision placement of medical devices

Uncovering hidden insights for pre-operative planning

To operate or not to operate?

3D printed anatomical model transforms surgical plan and informed consent process in paediatric RVOT case

How a 3D model of new-born baby’s heart helped deliver a perfect surgical outcome

3D cardiac model supports Hancock valve replacement

3D printed model used to guide transcatheter balloon septostomy in young adult with complex congenital heart disease

3D Left Atrial Appendage model aids pre-operative planning and patient consent

Clinical team uses 3D printed model to reduce risk in cardiac surgery

Gaining informed consent with 3D anatomical models

Neurosurgery

Patient specific planning models transform course of procedure

3D printed cervical spine gunshot trauma model presents unparalleled insights over patient CT images

3D printed aneurysm model used to practice procedure and pre-select equipment before surgery

Sixty minutes of surgery time saved in neurotrauma case following car accident

3D Printed Anatomical Model Supports Informed Patient Consent Ahead of Meningioma Surgery

Personalized 3D Printed Model Improves Consent to Treatment – Colloid Cyst

A stroke averted: 3D printed model aids aneurysm surgery

Intracranial Aneurysm Surgery Aided by 3D Printed Model

Oncology

3D Model Helps Cancer Patient Surgery Through Surgery

Orthopaedics

A 3D Anatomical Model Saves a Four Year Old Child From Long-Term Complications of Post Septic Arthritis Destruction

Building confidence in a safer, alternative route to surgery with 3D modeling

Patient-specific 3D model helps physicians pre-select the right equipment first time, every time

Improving patient outcomes with targeted equipment selection

Changing the future of knee tumor surgery

Transforming communication within a surgical team

Transforming patient understanding and consent

Fracture surgery planning transformed with 3D modeling

Transforming reconstructive surgery following removal of jaw bone tumor

Transforming visualization for scoliosis surgery planning

Using 3D modeling to communicate difficult decisions to patients

Utilizing 3D modeling to better understand a complex ankle trauma fracture

Transforming patient consent for a complex osteotomy procedure

How 3D Printing Enabled a Life-Saving Surgery on a Complex Spinal Sarcoma

3D modeling enables surgeons to confirm and successfully trial surgical plan in advance of paediatric operation

Delivering precision insights for enhanced OR teamwork and improved patient outcomes with 3D printing

Improving informed consent discussions between a surgeon, his paediatric patient and her family with 3D modeling

Pre-selecting surgical equipment with 3D printing

3D printed trauma model enhances surgical simulation in leading European training academy

Enhanced visualizations of complex anatomy made possible with 3D printing

Using 3D printing to reinstate movement in a patient’s fused shoulder

Enhanced pre-operative visualizations for a complex sarcoma case

Interactive patient-specific 3D visualization used to define and guide chondrosarcoma procedure

Full-scale 3D printed pelvis & tumor model confirms surgical plan and aids intra-team discussions

3D Anatomical Model Aids Surgical Planning in Severe Scoliosis Case

Two Hours of Surgery Time Saved – Spina Bifida & Severe Kyphotic Deformity

Reducing Surgical Time – Glenoid Cavity Pathology

Gaining Additional Insights – Tibial Bar Resection

3D Printed Twisted Radius And Ulna Model Reduces Surgery Time by 3.5 Hours

Enhanced Preoperative Insight – Developmental Dysplasia Of The Hip

Enhanced Preoperative Planning – Crushed Calcaneus Reconstruction

Improving Efficiency – Comminuted Associated Both Column Acetabular Fracture

Simulating a surgical plan with physical 3D anatomical models

Advancing Surgical Standards – Osteogenisis Imperfecta

Reducing equipment needed for surgery with better surgical planning

When 2D imaging doesn’t cut it: 3D modelling for enhanced insights