Limitations of a 3d printed arm cast

A 3D printed cast, or an orthopedic cast, is often made from plaster. It encases a limb or portion of the body to help keep it structurally stable to allow it to heal. Often in instances of bone fractures or breaks. Although these plaster-based casts are effective in healing broken bones, they possess several limitations. Aside from the fact that these casts are unpleasant to look at and are extremely uncomfortable to wear, other limitations exist:

• The limb is unreachable during treatment, causing the skin under the cast to become dry and uncomfortable. Since the limb is covered by the cast, the area under the plaster cannot be cleaned and can sometimes result in an infection or rash.
• The plaster casts can be of considerable weight, which may result in restricted or uncomfortable movement.
• Plaster casts are also not waterproof and will break down if wet, interrupting the healing process.

3D printed casts are able to address the above-mentioned limitations while providing additional benefits based on the designs.

 

Countering limitations with advantages of a 3d printed wrist cast

It’s possible that 3D-printed casts haven’t been widely adopted simply because patients and physicians don’t know about this option yet. Assuming that you are reading this, then you can already go into your clinic and ask for a 3D printed cast option. Give them the following reasons as to why you thought of this for your case:

Waterproof

The only cast that allows you to wash your hands, swim and bathe normally.

Breathable

Doesn’t trap bacteria, odor or moisture.

Customized

Created just for your arm, leg, hand or foot.

Adjustable

Removable or semi-permanent based on your injury.

Lightweight

Lighter than traditional casts so you can participate in normal activities.

Comfortable

You would not even think that you were injured in the first place.

 

Medical 3d printer in the philippines

3D printing has long been hailed as a manufacturing revolution. Therefore, we know that it is the solution to full-limb replacement. 

Approaches to how we solve medical problems are constantly evolving. New gear and gadgets are being invented to better our health and well-being. One of the most revolutionary change is the use of 3D printing in the medical field.

From prosthetics, medical, even those who are still in practice. All take advantage of 3D services.

Prosthetics are very expensive and it takes a long time to make one. However, with the help of 3D printing technology, it’s more accessible today. 

From prosthetics, medical, even those who are still in practice. All take advantage of 3D services.

Below the top 3 companies that have taken a step into 3D printing services

Nidek Technologies

Switched from using metal parts to 3D printed parts. 

They are using 3D printing to identify issues with the eye as well as improve the durability of their tools.

Gonioscope is a device designed to observe the space between the iris and cornea. It has started using 3D printed parts in its prototyping phase.

Nidek is able to optimize the process of helping optometrists care for patients.

Syqe Medical 

Created a prototype for a medical cannabis inhaler. After finding success with prototyping, they turned to 3D printing for clinical trials.

Medtronic

Started using 3D print services for:

• Prototyping
• Conceptualizing & testing
• Tech development
• Anatomical modeling
• Testing fixtures

 

Here at 3D2GO, we are equipped with the right software to build the 3D models. Through the software, we are able to simulate how a 3D model might function with the rest of the body. Our designers can stress test and map movements of the limb before printing it out. Our process is similar to building standard orthopedics. So you can rest assured that you will be treated with the right medical care.

Just get in touch with us and ask us for a quote for your own animal prosthetics!

Send us files in .obj or .stil format in our email address management@my3d.com.ph.  You can also reach us through our Facebook and Instagram pages today!