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Protoshetics Galileo | In-Clinic 3d printing solution

Protoshetics Galileo 
Prosthetics Modesto 
3D printed prosthetic 
3D printed leg 
3D printer 
Leg

The Scan

The Materials

The Materials

At The Amp Group, we offer traditional casting along with digital shape capture.  This process involves scanning the limb or prosthesis with our specialty app, then using the digital model to create the desired socket design; which we can print in the clinic.

Protoshetics Galileo 
Prosthetics Modesto 
3D printed prosthetic 
3D printed leg 
3D printer 
Leg

The Materials

The Materials

The Materials

Many different materials can be used successfully in a 3D printer.  At The Amp Group, we are typically using PETg.  PETg is transparent thermoplastic that has high impact resistance and can be used for dynamic, prosthetic fittings.  PETg is used as a diagnostic too.

Protoshetics Galileo 
Prosthetics Modesto 
3D printed prosthetic 
3D printed leg 
3D printer 
Leg

The Print

The Materials

The Print

Once the scan is completed, measurements taken, and design picked; the team at Protoshetics helps create the 3D product file.  Once created and optimized for printing, it is deployed to the printer for on-site fabrication. 

In-clinic 3d printing at The amp group, inc

Thank you to our partnership with Protosthetics, we are able to bring accurate and efficient technology to our clinic.  3D printing allows for quicker turn-around times, more precise initial and future fittings, and on-demand socket rectification. 

Frequently Asked Questions about 3d printing

The in-clinic 3D printer has the ability to fabricate BK cosmetic covers, MJF definitive sockets, above knee and below knee check sockets, above knee and below knee Copoly sockets, and BK flexible inner.


The ability to create a digital file, ultimately leads to improved accuracy and data.  Residual limb volume changes can be easily monitored and communicated to the client and/or referral source.  More so, a digital rendering is extremely accurate and can be altered with great efficiency when the limb changes in shape, volume, or anatomically.  


Great question, an AK socket can take roughly 6 hours while a BK socket can take 3-5 hours depending on the size.


No problem, at The Amp Group we perform both hand-casting and digital scanning.  If you would prefer to be casted, we will gladly accommodate.  When hand casted, the negative model will be scanned to ensure we have a digital rendering of the residual limb.


Though there are many advantages for 3D printing in prosthetics, time efficiency and accuracy are on top.  We can quickly take a scan and have the printer begin fabrication for next-day or same-day turnaround if needed.  Additionally, accuracy is invaluable.  Socket duplications, quick adjustments, volume increase/decrease - all can be done on the design and printed for ease of care.


The Amp Group, Inc

Main Line (call or text anytime): 209.404.0152

Office line: 209.408.8477 Fax: 209.408.8459

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