Hello the Biomedical 3D Printing community, it's Devarsh Vyas here writing after a really long time!
This time i'd like to share my personal experience and challenges faced with respect to medical 3D Printing from the MRI data. This can be a knowledge sharing and a debatable topic and I am looking forward to hear and know what other experts here think of this as well with utmost respect.
In the Just recently concluded RSNA conference at Chicago had a wave of technology
Dear Community Members,
After many months of work, we are happy to announce the addition of a feature that will allow you to sell medical models you have designed on Embodi3D.com. While we always have encouraged our members to consider allowing their medical STL files to be downloaded for free, we understand that when a ton of time is invested in creating a valuable and high-quality model, it is reasonable to ask for something in return. Now Embodi3D members have two options: 1) You can share
Please note the democratiz3D service was previously named "Imag3D"
In this tutorial you will learn how to quickly and easily make 3D printable bone models from medical CT scans using the free online service democratiz3D®. The method described here requires no prior knowledge of medical imaging or 3D printing software. Creation of your first model can be completed in as little as 10 minutes.
You can download the files used in this tutorial by clicking on this link. You must have
In this tutorial we will learn how to use the free medical imaging conversion service on embodi3D.com to create detailed anatomic muscle and skin 3D printable models in STL file format from medical CT scans. Muscle models show the detailed musculature by subtracting away the skin and fat. Even when created from a scan of an obese person, the model looks like it comes from a bodybuilder, Figure 1A. Skin models show an exact replica of the skin surface. The finest details are captured, including w
The 3D printing revolution in the biological and medical sciences are developing synthetics and treatments faster than the news media can keep up. Some of the advancements, like experimental 3D printed brain cells, sound like something out of a Sci-Fi novel. Although the benefits of 3D printing to advancements in human health are numerous, the technology is also helping biologists better understand the topics covered in Biology 101—namely, the basic structures of biological molecules.
Some of t
3D bioprinting is an important technology used in the medical industry. One of its most recent applications is the creation of synthetic vascular grafts that can be used to replace unhealthy blood vessels of patients who underwent coronary or bypass surgery.
Traditional vascular grafts work by repurposing the existing blood vessels from a donor or from the patient’s body. The problem, however, is that sources of good and healthy blood vessels are often very difficult to come by. This is the rea
A new orthopedic device technology using 3D printing was created by MedShape to provide surgeons with biomaterial tools that can easily transform and adapt once inside the body. The technology is called FastForward Bunion Correction Systems that can help patients suffering from foot deformity caused by bunions. This technology can help protect the native bone anatomy. This biomaterial, when surgically placed in the affected area, safely wraps around the metatarsal and adjusts according to the
Cardiologists in Aalst, Belgium, 3D printed the hearts of two patients for preprocedural planning in the treatment of arrhythmia (irregular heartbeat).
There are different types of arrhythmia and treatment thereof varies. Some conditions don’t require any treatment, while others call for medication or surgical procedures. One minimally invasive procedure is catheter ablation. During this procedure, a catheter delivers high-frequency electrical energy to a small area of tissue inside the hea
In the past, children born with a congenital deformity or who suffered a deformity after cancer or another illness had few options to fix these issues. Many prostheses are prohibitively expensive, as they are often considered to be ‘cosmetic’ by insurance companies and are therefore not covered. This puts parents in a difficult place, especially when the child will shortly grow out of expensive prostheses. In some cases, the necessary surgeries to fix the cosmetic issue were too risky. Thanks to
3D printing is a technology that is widely used in the medical field. Recently, a girl suffering from a rare facial defect called Tessier facial cleft found new hope from 3D medical printing. The Tessier facial cleft is a condition that leaves a fissure on the skull. In most cases, patients suffering from this condition need to undergo complicated surgeries that may put their lives at risk.
The patient, Violet Pietrok, was born without a nose because of her condition. Moreover, her eyes were al
The trachea is one of the most understated parts of the respiratory system. Also called the windpipe, it is a tube that connects the larynx and pharynx to the lungs. The trachea is a rigid tube that is made up of several cartilage rings called the cricoid cartilage. The cartilage is a necessary support system that allows the trachea to remain open. It also prevents the collapse of the trachea with the sudden movements made on the neck.
While trachea seems to be a very sturdy organ, there are ti
It’s easy to think of the benefits of 3D printing for teaching anthropology. The new technology allows professors to digitalize fragile fossil and bone samples for classroom use—creating a great visual teaching aid. As it turns out, 3D printing has considerable benefits for anthropologists outside of the classroom as well.
For one, increasing access to fossil samples for scientists is putting collaborative research on the fast track. Digitizing fossils and making the files available to universi
Heart problems among children are one of the most difficult cases that surgeons have to deal with. The common reason for this is that the size of the heart is tiny which makes it difficult to conduct the operation. However, doctors from St. Thomas Medical Hospital in London used 3D printing technology to help pediatric patients with heart problems.
3D printing specialists, Gerald Geli, and Professor David Anderson created a medical innovation that can likely save many lives of patients sufferin
3D printing does not only give advantage to patients but also doctors. This technology provides a tool that makes it easier for medical professionals to do their job as well as medical students during their training. Hamish McIntosh, an industrial engineering masters student from Victoria University of Wellington, developed a way to make suture training a real-life experience for medical students by using 3D printing to create artificial skin.
Suturing is an art for experienced doctors but tho
Summary: This is an advanced tutorial and assumes that you already know how to create STL files from CT scans. If you do not yet know how to do this, stay tuned, as a series of tutorials is planned on this website. Here we will use a free, open-source software package Blender to repair and correct a bony pelvis and lumbar spine model generated from a CT scan. If you would like to follow along with this tutorial, you can download the relevant Blender and STL files here, and follow along.
A bowed leg is a condition caused by developmental issues or improperly healed fractures. Treatment of bowed legs usually involves surgery and long hospital stays. However, medical researchers from The Chinese University of Hong Kong led by Dr. Liu King-lok developed a way to treat children with bowed legs using 3D printing.
Conventional treatment of bowed legs encourages patients to wear a metal body frame for a year. The problem with traditional treatment is it involves a lot of hospital vi
3D printing has made it possible for researchers to make innovations in the field of science and medicine. Currently, biomechanical engineer Filip Jelinek from the Austrian Center for Medical Innovation and Technology created prototypes for an innovative medical device that can help doctors remove cancerous tissues.
The new medical device will be used to perform a minimally invasive procedure called keyhole operation. With this tool, patients will have faster recovery time and have a small post
Testing of different medical treatments always involve experimentation in small laboratory animals. The challenge, however, is that testing drugs on animals require state-of-the-art telemetry systems that can help monitor biological processes in real time. This is especially true when monitoring cardiac functions among laboratory animals.
Researchers from the University of Western Ontario were able to create wireless as well as implantable systems that can help monitor cardiac functions using
Biomedical 3D printing is used immensely in medical science. Recently, a team of cancer researchers from the Institute of Cancer Research in London were able to use 3D printing to create customized models of cancer cells of the human body. Led by Dr. Glenn Flux, they were able to create 3D printed models to help doctors fine-tune their dosing.
Also called “phantoms”, the 3D printed replicas of organ and tumors are made by first creating a CT scan of the target organs of patients who will underg
Medical professional all over the world are now acknowledging the benefits of using 3D printers in the medical industry. For instance, one surgeon from India named Dr. Vaibhav Bagaria used 3D printing to reduce surgical risks and also allow his patients to save money for their treatment.
Dr. Bagaria used 3D printing to help him perform surgery on a young patient with fractured acetabulum and pelvic ring. Conventional surgery puts the patient at risk because it involves huge blood loss. However,
Science and technology still finds it difficult to mimic biological structures and systems. Biological structures and systems have the ability to adapt to their environment through reacting to different stimuli like humidity or the amount of sunlight. For instance, plant structures interact with the seasons based on the atmospheric input which leads them to change their structures in order to adapt to their current environment.
Although difficult to mimic, researchers from the University of St
It seems that there is no end to the animals that will benefit from 3D printing and now the process has become so common place it is child’s play. Stumpy came to the Oatland Island Wildlife Center in Savannah, Georgia with a bad infection to his right front leg. In order to save the 12 year old box turtle veterinarian Lesley Mailer amputated the leg. Stumpy lived, but had a very hard time getting around without his front leg. Luckily for Stumpy, Lesley Mailer remembered her daughter mentioning
Medical researchers have taken 3D bioprinting into another level as they have replicated DNA structures that can be used as “inks” in 3D designs to aid in the research of different yet new areas in medical diagnostics and the creation of nanomaterials. What is exciting about this development is that DNA can be programmed by changing the sequence of its amino acids, plus it is a stable structure.
According to MIT associate professor and proponent of the study Mark Bathe, his team created comput
Researchers from the Bringham and Women’s Hospital in Boston performed the first ever transplantation using 3D printing. The study was led by Dr. Frank J. Rybicki, Dr. Bohdan Pomahac and Dr. Amir Imanzadeh and they used 3D printed models of the recipient’s head to guide the planning of the transplantation surgery.
Face transplantation is a complex surgical procedure and the success largely depends on surgical planning. Using models produced by 3D medical printers allows surgeons to hold the mo
3D medical printing is widely used in the medical industry. One of the revolutionary ways of using this technology is knee joint surgery. Doctors from the Columbia University’ Medical Center is currently working on a 3D printed knee joint or the meniscus using protein growth system and degradable plastic scaffold. The meniscus acts as protective lining that surrounds the knee that is highly at risk to wear and tear which leads to complications like arthritis.
Patients who suffer from a torn men
For years computers have been able to create large models of molecules that allow scientists to get a closer look at the microscopic particles. However, this was limited by the fact that scientists only had a flat screen to examine and manipulate the molecule. But once again 3D printers have solved this research hurdle and made it easier for researchers to design more efficient drugs and medical treatments.
Arthur Olson is a molecular biologist at the Molecular Graphics Laboratory at the Scripp