We as patients entrust our bodies to our doctors, often without knowing
or understanding exactly what it is that we suffer from, what it looks like,
what it is.
We are changing this.
Using our technology your doctor can now convert those complicated
and confusing 2D CT or MRI scans, into 3D models that exactly replicate
your anatomy, all with just one click.
The conversion process is as simple as it gets, just upload the 2D images and we'll transform them into 3D models.
Our technology eliminates unforeseen events and improves the results of all surgical procedures.
All bodies are different, but our level of accuracy is absolute, our 3D models exactly replicate your anatomy.
More effective surgeries and faster overall recovery times. All thanks to your doctor better understanding your body.
3D print your own models. Our 3D models are cleaned, repaired and optimized to be 3D printed.
By giving doctors a chance to practice the procedure beforehand, we've seen reductions in surgery time of up to 50%.
Tailor made to your specifications. Each one of our 3D models is custom made to suit your needs.
You and your relatives can now touch and explore 3D models that perfectly replicate your anatomy.
Designed so that anyone can use it, we are the ONLY solution that requires no training, no special skills, nothing.
"Armor Bionics lets me focus on what I do best, saving children and improving their lives through surgeries. Their software easily converts scans into physical 3D models that are to scale and guide our approach in surgical pre-planning. Utilizing this technology reduces time in surgery, leads to quicker recovery times, and produces more positive surgical outcomes overall."
CHRISTIAN KREUTZER,"It's basically like using a GPS during surgery."
SYLVIA DUARTE,"I highly recommend its use, as this technology allows you to make a thousand mistakes while you evaluate and try new approaches, all before the surgery takes place. It's simply not the same to be able to hold a patient's spine in your hands while you plan and practice the procedure, this technology allows you to evaluate and test new approaches and anticipate potential risks, all before surgery."
ALEJANDRO CÚNEO,