Transforming planning, diagnosis and treatment for cardiac surgery

Dramatically improve patient care with our proven patient-specific solutions

Consult our experts for a trial

Cardiac surgeons typically rely on 2D patient scans, such as CT or MRI to aid in diagnosis and pre-operative planning

These commonly used 2D images make conceptualizing complex three-dimensional anatomical structures a difficult task for even the most experienced surgeon.

2D images can complicate pre-operative planning, leading to many complex surgeries being misdiagnosed or misplanned and millions of unnecessary hours spent in surgery.

These images can be hard for patients to decipher too, and surgeons will often have to resort to drawings and other tools to help the patient understand their diagnosis and to gain their consent to proceed with a planned surgery.

Contact Us Consult our experts for a trial

From planning to treatment – we make all cases patient specific

• Pre-operative planning

• Surgical simulation

• Intrateam discussions

• Gaining patient consent

• Reduced time and cost of surgery

Patient-specific cardiac surgery is the future

53%
of physicians change their surgery plan when they use Axial3D models
98%
of patients feel better consented
62 minutes
reduced time in surgery when a medical 3D model is used in pre-operative planning
16%
reduced recovery time for patients when a 3D anatomical model is used in treatment
$3,720
average savings per case
92.5%
of physicians believe using medical 3D models results in better planning, diagnosis and treatment

"3D modeling is a great tool that can be used for procedural planning and also to educate trainees, students and patients. It's not just a great thing for physicians but also for communication with patients and their families!"

Jenny Zablah MD., Professor of Pediatrics

Interventional Cardiology

Experience Axial3D for yourself

Have an existing or previous complex case? Request a patient-specific model of your patient's case to dramatically improve care at your facility.