Doctors can now study highly accurate 3D models of a patient’s musculoskeletal system. These 3D reproductions help medical specialists diagnose ailments and more. Based in Belfast, United Kingdom, Axial3D uses a patient’s unique CT and MRI scans to create an exact replica. Axial3D’s clients span the public and private healthcare sectors in disciplines. For example, orthopedics, oncology, oral and maxillofacial, trauma, and transplant surgery.
Founder Daniel Crawford’s goal is to provide the healthcare sector with custom medical models that improve the experience of both doctors and patients. He explains, “Every bespoke print from Axial3D offers surgeons unprecedented insight beyond conventional 2D patient scan data. Then, it will elevate patient care across a wide spectrum of disciplines.” Relatively, Custom 3D modeling is transforming every step of the doctor-patient interaction.
1. Reaching an accurate patient diagnosis
Custom medical models are 3D reproductions of CT and MRI scans. This make them highly accurate and specific to each patient. These 3D prints give doctors more information than what’s possible in a 2D representation of a patient’s anatomy. Daniel explains, “Having access to a patient’s full-scale anatomical model has allowed surgeons to more accurately diagnose and determine treatment for that patient. In some cases, it completely changes the course of treatment with the additional information given from the prints.” Specialists can inspect a full scale model of the anatomy in three dimensions. It gives them unprecedented insight into a patient’s needs. This is essential that these models are highly accurate. So, Axial3D produces their models with in-house 3D printing to capture each scan’s intricate details.
Having access to a patient’s full-scale anatomical model allowing surgeons to more accurately diagnose and determine treatment for that patient.
2. Determining the best treatment for patient
After diagnosis, specialists use the models to determine the best treatment. A high-resolution 3D model gives doctors a more holistic view than the conventional 2D realm of radiography. Daniel says, “Having access to a tangible and scale model of what is inside the patient allows surgeons to visualize and explore the ailment or injury in real space and reach a much more comprehensive understanding of their patient’s injuries. This is to determine the optimal treatment for each diagnosis.” For example, Axial3D uses cancer patient scan data to produce bespoke liver models that surgeons use to decide whether to remove a tumor or perform chemotherapy. So, 3D models make a huge difference.
3. Pre-operative planning
Custom medical models help surgeons plan and practice for operations. Pre-operative planning not only cuts the time that patients spend in surgery, but it also reduces the risk of complications and infection rates. Patients spend less time in rehabilitation, saving a huge amount of hospital resources. Daniel says, “With our models, surgeons can trial new techniques and prepare equipment well in advance of stepping into the operating theatre. Less time in surgery greatly reduces the risk of complications, speeds recovery, and saves time and money.” Using 3D models for pre-operative planning benefits everyone involved.
With our models, surgeons can trial new techniques and prepare equipment well in advance of stepping into the operating theatre. Less time in surgery greatly reduces the risk of complications, speeds recovery, and saves time and money.
Axial3D uses SLA desktop 3D printing to create medical models in-house. Daniel’s fleet of Formlabs 3D printers produce models quickly and inexpensively, This is to help them cope with the many orders that they receive through their online form. He finds that these 3D printers reproduce details with the accuracy that anatomical modeling requires. With a range of materials, they suit a wide variety of medical applications. In the medical field, Daniel says, “Quality is everything.”