Digital solutions for lower limb treatments
Bring a new level of precision and efficiency to your workshop.
At Ottobock, we offer a complete, end-to-end digital workflow for your lower limb treatments, with modular solutions for every step from measurement to final fitting.
Explore how our end-to-end solutions can help you streamline your processes, boost your workshop’s productivity, and enhance your treatment offering for patients with lower limb amputation.
Capturing measurements
Reshape your workflow with our 3D scanning and design technology. It gives you the power to create precise digital models of your user’s residual limb and socket – no plaster needed.
Reshape your workflow with our 3D scanning and design technology. It gives you the power to create precise digital models of your user’s residual limb and socket – no plaster needed.
Ordering & fabrication
Want to spend less time fabricating and more time with patients? Our iFab service makes it easy to turn your digital designs into foam models or test, interim, and definitive sockets.
Want to spend less time fabricating and more time with patients? Our iFab service makes it easy to turn your digital designs into foam models or test, interim, and definitive sockets.
Alignment & fitting
When you’re ready to assemble and fit, trust our versatile tools to help you bring it all together. We offer specialized solutions for checking user posture and optimizing prosthesis alignment.
When you’re ready to assemble and fit, trust our versatile tools to help you bring it all together. We offer specialized solutions for checking user posture and optimizing prosthesis alignment.
Digitally model residual limbs in minutes.
Our scanners make it quick and easy to create a precise digital twin of your patient’s limb – exactly what you need for your 3D socket design workflow.
We offer two different scanning solutions for your below-knee treatments, each of which can be used to model residual limbs with or without liners. If needed, you can also use your scan to order a custom Ottobock liner like Uneo Unique or Skeo Unique.
3D Design Scanner
This versatile device can be used with a wide range of O&P fittings, including lower limb prostheses. 3D models created with this scanner can be exported to any CAD software, such as Vorum CANFIT.
This versatile device can be used with a wide range of O&P fittings, including lower limb prostheses. 3D models created with this scanner can be exported to any CAD software, such as Vorum CANFIT.
iFab EasyScan
This intuitive and flexible scanner is optimized for O&P measurements, including lower limb anatomy. It connects directly with our iFab Customer Center (iCC) to enable easy digitization of downstream workflows.
This intuitive and flexible scanner is optimized for O&P measurements, including lower limb anatomy. It connects directly with our iFab Customer Center (iCC) to enable easy digitization of downstream workflows.
The iFab Customer Center (iCC): Send orders straight to iFab Production.
The iCC is our digital fabrication hub for custom O&P solutions. In just a few clicks, you can configure and order foam models, test and interim sockets, and much more – all based on your tailored 3D models.
Your iCC profile also offers valuable features to help you track, manage, and streamline your ordering processes, including order status, full order history, and easy recurring orders.
Turn digital scans into high-quality sockets.
Once you’ve created your digital socket models, you’re ready to see that design fit perfectly on your patient’s limb. Our fabrication services can turn your 3D models into a range of intermediate products that help you optimize your user’s fit.
Foam models
Prefer to hand-craft sockets at your workshop? Have iFab translate your 3D digital designs into an anatomically exact foam model you can work from.
Prefer to hand-craft sockets at your workshop? Have iFab translate your 3D digital designs into an anatomically exact foam model you can work from.
Test sockets
Want to check the fit of your digital design? Request a ThermoLyn test socket to see how your virtual model fits in real life.
Want to check the fit of your digital design? Request a ThermoLyn test socket to see how your virtual model fits in real life.
Interim sockets
Ready for a full trial fitting? Order a custom-built, easily modifiable interim socket – and continue to refine the fit as your user tries it out.
Ready for a full trial fitting? Order a custom-built, easily modifiable interim socket – and continue to refine the fit as your user tries it out.
A revolutionary new way to recreate optimized sockets
If your user’s ready for a definitive socket – or simply needs a new copy of one - you can finally take the next big step with digital precision. Our Transfer Scan solution can capture both the shape and alignment of your user’s optimized socket, and create a fabrication-ready 3D model in just a few minutes.
This groundbreaking new solution comes with the iFab EasyScan, a tripod-based scanning station, and an adapter for our PROS.A. Assembly to ensure accurate transfer of the socket's shape and alignment. In the iCC, you can use your scan to order a foam model, test socket, or definitive socket – all precisely recreating your user’s optimized fit.
Give users the comfort, safety, and mobility they deserve.
When you need more time for patient care, our fabrication service is here to help. We can turn your digital designs into a range of high-quality definitive sockets – and free your team to focus on their users.
Want to save even more time in the clinic and workshop? We can also pre-align the sockets we produce for you. Our team of experts will use the latest in O&P technology to ensure each socket precisely matches your determined alignment.
SiOCX socket family
These products include both complete socket systems and standalone inner sockets. They combine innovative materials to ensure optimal bedding of the residual limb and control of the prosthesis.
These products include both complete socket systems and standalone inner sockets. They combine innovative materials to ensure optimal bedding of the residual limb and control of the prosthesis.
MyFit TT sockets
MyFit TT makes it easy to order 3D-printed definitive sockets with excellent stability/weight ratio, precise individual alignment, and slim, comfortable design. Both pin and vacuum suspension are available.
MyFit TT makes it easy to order 3D-printed definitive sockets with excellent stability/weight ratio, precise individual alignment, and slim, comfortable design. Both pin and vacuum suspension are available.
Prepreg sockets
Built from carbon fiber pre-impregnated with epoxy resin, these sockets are a great choice for high-strength, lightweight lower limb prosthesis – and an effective way to streamline your fabrication workflow.
Built from carbon fiber pre-impregnated with epoxy resin, these sockets are a great choice for high-strength, lightweight lower limb prosthesis – and an effective way to streamline your fabrication workflow.
Laminated sockets
Lightweight and durable, our laminated sockets are a go-to option for many lower limb treatments. We offer efficient, high-quality fabrication support for this trusted format.
Lightweight and durable, our laminated sockets are a go-to option for many lower limb treatments. We offer efficient, high-quality fabrication support for this trusted format.
Achieve the perfect alignment with PROS.A. Assembly and 3D L.A.S.A.R. Posture.
Correct static setup can be critical to your patient’s posture and mobility. Our purpose-built alignment tools can help you minimize malpositions and precisely balance your patient’s body.
PROS.A. Assembly helps guide alignment that optimizes fitting quality and user mobility, with optional laser guidance that can help eliminate time-consuming alignment steps. With 3D L.A.S.A.R. Posture, technicians can use live video of the user to measure and adjust their balance in real time – with millimeter precision.
Ready to try our digital solutions? Reach out any time.
Our team of digital O&P experts will be happy to help you explore our comprehensive range of solutions. Submit the following form to tell us about your workshop, and we’ll get back in touch as soon as possible to continue the discussion.