MEDICAL

3D PRINTING

SERVICES

Taking X-rays and CT scans to the

next level with hyper-realistic 3D-printed

models for unparalleled surgical precision and planning.

What type of 3D printing services do we provide?

We work with a variety of hospitals and are able to provide the following types of 3D printing services:

3D Printed Orthosis

3D printed orthoses, tailored to individual needs for optimal fit and comfort. Utilizing advanced 3D scanning and printing technology, we create custom-designed orthotic devices that enhance mobility and aid in recovery.

Individualized Anatomical Bio Models

Crafting soft tissue organ models for surgical planning, offering unparalleled accuracy and realism. Using advanced 3D technology, we convert medical imaging into tangible, detailed models, mirroring the patient’s anatomy.

Custom Surgical Guides

Custom surgical guides tailored to the individual’s anatomy, enable surgeons to perform procedures with exceptional precision and efficiency, reducing the need for intraoperative imaging, thereby minimizing radiation exposure for both the patient and the medical team.

3D Printed Educational Organ Models

We provide 3D Printed Educational Organ Models as a resource for medical students and professionals. These anatomically accurate replicas offer a hands-on learning experience, replicating human organs in stunning detail.

VR and AR MODELS

By combining Augmented Reality (AR) and Virtual Reality (VR) with 3D printed models, we are offering a comprehensive surgical planning toolkit. The immersive AR and VR experiences allow surgeons to interact with and visualize the patient’s anatomy in a virtual environment.

CONSULTING SERVICES

Our 3D Printing Consulting Services specialize in guiding medical professionals through the intricacies of medical 3D printing. From conceptualization to final production, we offer expertise in selecting materials, optimizing designs, and ensuring compliance with medical standards.

Work examples

Our work includes a variety of scenarios, which we listed below

Hypersplenism

A model of an enlarged spleen (hypersplenism). A splenectomy is the treatment of choice for such conditions, and this model aided the surgeon in the preoperative planning phase, especially in regards to the vascular approach. The splenic artery is highly tortuous, almost making a figure of 8 at one point. With the aid of this model, there were no complications, and the surgery was a success.

Fibula Fracture

Model of both ankles of a patient with a previous fracture of the left fibula. A corrective osteotomy was indicated, and the model was used to calculate the optimal approach. The right ankle (with the marks) was used as a guide. The difference in the position of the ankles can easily be seen on the 3D printed model, which is not the case on the 2D CT images.

Splenopancreatectomy

This model represents a tumor situated in the splenic hilum, necessitating a distal splenopancreatectomy. The image above shows the operative specimen, with emphasis on the precision captured in the 3D printed model.

My experience with using 3DLoom’s 3D printed models is exceedingly positive. For the cases I used the models, not only did my understanding of the patient’s specific anatomy was better, I was able to finish the operation in a much shorter time than usual, saving on average 30-40 minutes of operative time.

Labinot Bekteshi

Traumatologist
University Surgery Hospital St. Naum Ohridski – Skopje

I have used the 3D printed models for preoperative planning and my impression was that my confidence during the surgery itself was much higher, because I was fully aware of the anatomical variations present in the patient. This enabled me to work not only with greater efficiency but with a higher degree of safety for the patient.

Valon Saliu

Abdominal surgeon
University Surgery Hospital St. Naum Ohridski – Skopje

In my experience, 3D models have been invaluable tools in surgical planning, offering unparalleled insight into patient anatomy. These models empower surgeons with a comprehensive understanding of complex structures, allowing for meticulous preoperative strategizing and precise intraoperative navigation. The ability to physically interact with patient-specific anatomical replicas enhances surgical confidence and ultimately leads to better patient outcomes.

Risto Pejkov
Urologist/Urologic Surgeon

University Surgery Hospital St. Naum Ohridski – Skopje