Transforming pre-operative planning and patient outcomes in Neurosurgery
The next dimension in medical imaging...
Transform how you interact with patient data with a tactile 360º view of your patient’s anatomy. Improve the diagnosis & context of the patient’s pathology and increase patient understanding and consent.
Having access to patient-specific anatomical models can aid:
- Pre-operative planning
- Surgical simulation
- Intrateam communication
- Gaining patient consent
- Reduced time and cost of surgery
Axial3D makes it easy for you to access patient-specific 3D printed models. We create and ship a 3D printed model from your 2D CT or MRI images within 48 hours – allowing you to concentrate on what matters most, your patients.
3D anatomical models support physical simulations of surgery.
This saves time and increases the confidence of clinicians, ultimately creating a better experience for both the patient and the surgical teams.
Some of the main applications of 3D printing in neurosurgery include:
- Tumor conceptualization
- Vascular assessment
- Neurological trauma
- Congenital deformity
How are 3D printed models being used?
How others are using 3D printing in neurosurgery
Learn how tactile models can transform pre-operative planning and patient care...
Just some of the use cases of 3D printed models in neurosurgery
A Stroke Averted with help from a 3D Printed Model
Gaining Informed Patient Consent Ahead of Meningioma Surgery
Personalized 3D Printed Model Improves Consent to Treatment
“Being able to utilize a 3D model and hold it in your hands prior to surgical intervention is very insightful for the patient – it helps them understand surgical interventional risks and benefits. 3D models have been shown to increase patient consent rates and aid in patient understanding of the planned procedure.”Matthew Lawson, MD Neurosurgeon, Stroke Medical Director
Medical imaging, Reimagin3D.
Try a free personalized model of your next patient case.
Have a complex case coming up? Get in touch and we'll supply you with a personalized 3D printed model to aid you in pre-operative planning and gaining patient consent.