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The name of the Greek startup 3D Life speaks for itself. This company is doing everything it can to save as many lives as possible. She knows firsthand about the importance of additive manufacturing technology for the medical field and makes detailed models for 3D printing that can be useful in a variety of situations.
The company is now engaged in the creation of detailed anatomical models of teeth, hands, and bones, as well as internal organs such as the heart, liver, brain, etc.
“We have a great team that develops high-quality models using the latest advances in 3D printing technology,” says Leonardo Bilalis, senior engineer at 3D Life. “We always strive to meet the needs of our customers, which is why we offered a partnership with the American Medical Association for the Healing of the Nation to showcase our products and help people understand the benefits of using 3D printed medical models.”
The 3D Life team is confident and not without reason that the surgeon, having picked up and thoroughly studied the 3D model of the organ, will better understand the patient's condition, which means that he will be able to perform an operation that he probably would not have dared to do before. This approach has a lot of positive qualities, ranging from the safety of the operation to a better outcome for the patient, as well as the ability to teach students by example.
Today there are many companies in the world manufacturing medical 3D models, but 3D Life is the first such company in Greece. With extensive experience and quality equipment, it can produce models in different materials and different colors. And she is ready to offer her services to the best professionals.
The 3D Life team works with Materialize Mimics, a software specifically designed for medical imaging. In particular, this program is able to convert MRI and CT scans into 3D models.
All models are made on the Stratasys Objet 260 Connex 3 3D printer, which has a whole set of useful functions:
- Variety of color palette, from deep dark to fluorescent and even translucent
- Compatible with Digital ABS, a versatile high temperature resistant hard ABS plastic
- Compatible with polypropylene, a tough one-component pressure-resistant material
- Compatible with rubber, a flexible material ideal for making many 3D printed objects
- The high temperature in the working chamber, which is important for thermal testing of stationary parts of the model
- Biocompatibility: Rapid prototyping materials for medical models must be suitable for neatly crafting durable items with fine detail, such as dental collecting trays, orthopedic visual aids for surgeons, and hearing aids
“Our technology and experience allow us to create prototypes and even finished versions of products for doctors, designers, and engineers,” says the company's website. “Working closely with our clients, we quickly grasp their idea and accurately translate it into reality. Defects are detected at the modeling stage and are immediately corrected. "
With such models, healthcare professionals and surgeons will be able to better understand the situation and explain it to the patient and his family, diagnose and prescribe treatment, and justify the need for procedures. They will be able to save time by thinking over the course of the operation in advance and achieve its successful completion. Also, these models can be excellent visual aids for students.
