Discover digital O&P resources

Explore our informative blog posts, resource articles, and updates on digitalization in orthotics and prosthetics.

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Discover our resources

Explore our collection of informative and helpful resources.

A man in a white lab coat is looking at a 3D-printed orthosis

Traditional vs. 3D printed AFOs: what do patients say?

Are patients satisfied with the 3D printed AFOs? How do they compared them to traditional orthoses? We took a look at what studies say!
A close up of a bucket with gypsum models in it

The manufacturing process of ankle-foot orthosis: traditional vs. 3D printed

We put the traditional clinical practice of making AFOs side by side with the 3D digital workflow. We compared the time, flow, materials, and tools used in both processes, as well as what each of them mean for your practice.
A close up of a 3D printer

Regulatory issues and challenges for 3D-printed medical devices

3D printing, a type of additive manufacturing, has been on the rise in the medical world. The process of creating a three-dimensional item by constructing successive layers of raw material has already proven its purpose in orthopedic surgery and related fields in the last 10 years.
A blue and white lobby with a sign on the wall

The difficulties of implementing 3D technologies in medical institutions

Similar to other technologies that have dramatically influenced the medicine world, such as X-Ray Imaging or the Medical Thermometer, 3D printing has the potential to significantly improve upon the current medical standards. Although this technology has started being used around 20 years ago in procedures such as anatomical modeling for bony reconstructive surgery planning or joint replacement and craniomaxillofacial reconstruction, today’s hospitals are still somewhat reluctant in adopting this innovative technology.
A group of young women playing a game of soccer

3D customised immobilisation devices and their benefits in the rehabilitation process

After a surgical intervention or severe sports injury, a patient should initiate the rehabilitation process as early as practicable. Because the use of orthoses is inevitable in most cases, Spentys wants to highlight the importance of such orthopedic medical devices and more particularly the 3D printed ones. The following article will be focused on underlining the benefits of 3D printed orthopedic devices, with an emphasis on sports injuries.
Two men in white lab coats standing in front of a machine

Kantonsspital Baselland and Spentys partner up for a clinical study

Together with the 3D-print lab at the University Hospital Basel (Lead: Dr. Florian Thieringer), Dr. Philipp Honigmann introduced 3D-inhouse printing at the Kantonsspital Baselland. Inside, various 3D printed medical devices are manufactured to assist the medical staff in their daily tasks. Among these devices, we will highlight the use of 3D printed orthotics for the upper extremity.
A man in a white shirt and glasses working on a projector

Is it the right time to invest in 3D technologies for your orthopaedic practice?

Is it the right timing to invest in a 3D printer? We help you find out the answer.
A couple of people that are standing in a room

Is 3D Technology the Future? Or Today's Reality?

In this webinar, Bryan and Sagar explore how adopting digital technology in orthotics and prosthetics(O&P) is the future and will ultimately lead to more efficient and cost-effective processes.
Three different colored ankle-foot orthoses sitting on top of a table

Increasing compliance with 3D-printed AFOs for relapsed club foot

Nambi was starting to outgrow her Cunningham brace (a type of AFO) and she was facing a relapse. So Nambi’s mom spoke with medical professionals about a non-invasive way to further improve her mobility following Nambi’s fourth tenotomy. All while allowing her to maintain her active lifestyle. The solution? 3D-printed AFOs.
A person holding a cell phone with a picture of a woman on it

How do I choose the right 3D scanner for my O&P practice?

Everything you need to know about finding the right 3D scanner for your orthopaedic practice.
A man working on a project in a lab

Finding the best 3D Printer for Orthotics and Prosthetics

Here is a quick introduction to everything you need to know about 3D printing.
A person pointing at a tablet on a table

Clinical application and customization of a 3D-printed static ankle-foot orthosis

This application note goes beyond the basics, offering an in-depth exploration of advanced techniques and nuanced customization strategies. By delving into the intricacies of this AFO variant, orthotists can refine their skills and expand their understanding, ultimately leading to more tailored and effective treatments. This application note is a valuable resource, equipping experts with the insights needed to elevate their practice further and provide top-notch patient care.
A man and a woman looking at a computer screen

Feasibility study shows Point-of-Care 3D-printed orthotics are efficient

Last year, we did a study in collaboration with Tel Aviv Medical Center focused on 3D-printed casts for non-displaced wrist and hand fractures. The study showed that point-of-care 3D printing for orthotics is not only feasible but is also efficient. It also confirmed that this approach brings great benefits for medical staff and their patients.
A little boy sitting in a chair holding a tablet

A hybrid approach to the adoption of 3D technology in prosthetics and orthotics

The use of 3D printing and the hybrid approach is expected to have a significant impact on the future of prosthetics and orthotics. Read more about it in this blog article.
A man and a woman fitting a 3D-printed orthosis

3D technology building the future of orthopedics at Kantonsspital Baselland

Research is fundamental to the development of orthopaedics and Spentys' work. Here is an overview of three studies we have supported so far.
A man and woman sitting at a table with a tablet

3D modelling orthotics; biggest bottleneck or opportunity?

Here is a quick introduction to everything you need to know about 3D modelling.
Manual methods for customizing orthotics take time and effort, but they’re also never as accurate as we’d like.  There’s typically lots of back and forth between physicians and designers before we land on a final design. Finally, Spentys automates key parts of the process to streamline key design work, including ensuring it’s optimized for production. We’re able to deliver quality results in less time consistently.

Indy van Loon

Certified orthotist at Leuk Orthopedie

Working with Spentys has been a seamless experience. The app is intuitive, reliable, and consistently delivers the expected results. Their team maintains excellent communication, providing prompt feedback that keeps our production process on schedule and ensures we achieve the desired outcome. The Spentys software has transformed our workflow, enabling us to guarantee a stable and efficient process, significantly reducing delivery times. What has truly exceeded our expectations is the all-in-one solution Spentys offers—eliminating the need for multiple programs and the challenges they once posed.

Bas Gulpers

Orthopedic technician

Spentys has been a game-changer for our practice. Working with the team has been a pleasure—they address concerns quickly and effectively, always aligned with our shared goal of better outcomes for patients. Thanks to Spentys, our workflow for custom orthoses has become significantly faster and more efficient, reducing workshop times and enhancing the customer experience. What has truly exceeded my expectations is the constant innovation and the team’s commitment to solving challenges and refining the app.

Lais Kriwat

CEO

Spentys offers a user-friendly and intuitive application that has significantly streamlined our workflow. The ease of scanning and minimal need for corrections have eliminated the use of plaster, simplifying our process further. What has truly exceeded our expectations is the team’s responsiveness and ability to solve problems promptly, ensuring smooth collaboration at every step.

Tihomir Vrbanec

Orthopedic Technician

A black and white photo of some circles and squaresA black and white photo of some circles and squares