Mecuris at a glance:
User orientation - Highest quality -
Co-creation
Our history
Mecuris is a medical technology start-up that was founded in 2016 as a spin-off from the University Hospital Munich (LMU).
The idea behind Mecuris originally arose from two different research projects: Jannis Breuninger researched additively manufactured prostheses and prosthetic feet at the Fraunhofer IPA in Stuttgart. Dr. Simon Weidert, on the other hand, worked on orthoses from the 3D printer at the University of Munich Hospital. The aim of both projects was to individualize and digitize the creation of orthopedic aids - Time-saving, high quality, reimbursable and above all as a real asset to the life of the wearer.
Mecuris at a glance:
User orientation - Highest quality -
Co-creation
Our history
Mecuris is a medical technology start-up that was founded in 2016 as a spin-off from the University Hospital Munich (LMU).
The idea behind Mecuris originally arose from two different research projects: Jannis Breuninger researched additively manufactured prostheses and prosthetic feet at the Fraunhofer IPA in Stuttgart. Dr. Simon Weidert, on the other hand, worked on orthoses from the 3D printer at the University of Munich Hospital. The aim of both projects was to individualize and digitize the creation of orthopedic aids - Time-saving, high quality, reimbursable and above all as a real asset to the life of the wearer.
Mecuris at a glance:
User orientation - Highest quality -
Co-creation
Our history
Mecuris is a medical technology start-up that was founded in 2016 as a spin-off from the University Hospital Munich (LMU).
The idea behind Mecuris originally arose from two different research projects: Jannis Breuninger researched additively manufactured prostheses and prosthetic feet at the Fraunhofer IPA in Stuttgart. Dr. Simon Weidert, on the other hand, worked on orthoses from the 3D printer at the University of Munich Hospital. The aim of both projects was to individualize and digitize the creation of orthopedic aids - Time-saving, high quality, reimbursable and above all as a real asset to the life of the wearer.
Mecuris at a glance:
User orientation - Highest quality -
Co-creation
Our history
Mecuris is a medical technology start-up that was founded in 2016 as a spin-off from the University Hospital Munich (LMU).
The idea behind Mecuris originally arose from two different research projects: Jannis Breuninger researched additively manufactured prostheses and prosthetic feet at the Fraunhofer IPA in Stuttgart. Dr. Simon Weidert, on the other hand, worked on orthoses from the 3D printer at the University of Munich Hospital. The aim of both projects was to individualize and digitize the creation of orthopedic aids - Time-saving, high quality, reimbursable and above all as a real asset to the life of the wearer.
Mecuris at a glance:
User orientation - Highest quality -
Co-creation
Our history
Mecuris is a medical technology start-up that was founded in 2016 as a spin-off from the University Hospital Munich (LMU).
The idea behind Mecuris originally arose from two different research projects: Jannis Breuninger researched additively manufactured prostheses and prosthetic feet at the Fraunhofer IPA in Stuttgart. Dr. Simon Weidert, on the other hand, worked on orthoses from the 3D printer at the University of Munich Hospital. The aim of both projects was to individualize and digitize the creation of orthopedic aids - Time-saving, high quality, reimbursable and above all as a real asset to the life of the wearer.
Tailor-made solutions for your customers
Individual orthoses & prostheses - digitally created, 3D printed
Our goal is to offer you the opportunity to create individual orthotics and prostheses online in a cost- and time-saving manner. Integrated into a digital value chain, we are your partner for the future in orthopedic technology. To do this, we translate traditional craftsmanship into digital workflows and patient-specific products that are manufactured using industrial 3D printing: I 'm always up-to-date, always up to date to meet the highest quality and safety standards.
Working digital in O&P? It's easier than ever before! Convince yourself and get to know our software in one of our webinars.
Are you a certified prosthetist/orthotist or O&P technician and would like to learn more about digital processes in the O&P industry? Then our software and services will benefit your clinic.
In our hands-on webinars, we show you how you can digitally create customized orthotic or prosthetic devices with the help of our flexible and easy to use software.
Get your CEU's: Some of our webinars are accredited by the ABC (American Board for Certification) for CEUs. See the respective details below. More to come.
BASIC
How to Create an AFO Ready for 3D Printing
Video recording | 60 Min.
Get to know the Mecuris Solution Platform!
In this starter-webinar, you'll learn how to create an orthosis in 3 steps using digital tools fast and easy. Everything from the upload of a scan until the download of a finished .stl-file, that only needs to be send to a manufacturing partner.
You'll learn how to:
> digitally correct the posture of a patient scan
> create a positive model
> define an orthosis design
BASIC
Digital Manufacturing
Video recording | 20 Min.
Digital manufacturing made easy
We want to support you along the digital proccess chain. With our digital manufacturing webinar, we'll give you an insight into how you can manufacture your patient devices either by milling or 3D printing.
Get ready for:
> hybrid vs. fully digital manufacturing - you decide how extensively you want to digitally manufacture
> 3D printing vs. industrial 3D printing: from fit control to high-quality orthosis blanks
> material science: which materials are best suited for which process
DEEP DIVE
Using 3D Printing with Polypropylene (PP) to create durable orthotic devices
Video recording | 80 Min.
Additive manufactured PP in the field of O&P
Using the example of a SMO (Supra-Malleolar Orthosis) you will be able to see the fully digital workflow. Followed by insights from PPprint and Ascent Fabrication on how to use PP in a FDM printing process.
They show you all the benefits from cost-efficiency to durability and high surface quality.
This agenda is waiting for you:
> Digital Design Workflow - Let's create a SMO
> Production & 3D Printing of PP
> Showcases & Cost Analysis: How much does a FDM-printed orthosis cost when using PP?
DEEP DIVE
Spastic Hand
Video recording | 60 Min.
Workflow hand: In 3 steps to an individual orthosis for a spastic hand
Improve your skills in the Mecuris Solution Platform with our online workshop to digitally create a print-ready file of a hand orthosis.
You'll learn how to:
> digitally correct a user scan
> create a positive model for an orthosis without joints
> design a print-ready file for an individual hand orthosis
DEEP DIVE
Create a carbon AFO with a digital workflow
Video recording | 60 Min.
Correcting, modeling & manufacturing a carbon AFO
Join Richard Miltenberger and Gary Wall and learn how you can combine digital methods like scanning and CAD design with manufacturing a pre-preg (type of carbon fiber technology) AFO in the lab.
You'll learn how to:
> perform a digital posture correction of a user scan
> create a positive model with our CAD software
> manufacture and fit a pre-preg AFO on a patient
DEEP DIVE
Whole leg orthosis (KAFO)
Video recording | 60 Min.
Modeling of a whole leg orthosis
If you have basic CAD experience, learn how to digitally create a positive model for complex orthoses for the whole leg.
You'll learn how to:
> digitally correct an lower limb user scan
> modify a positive model for complex orthoses
> smooth, mask and offsett the ankle and heel & create a forefoot extension
DEEP DIVE
Spinal Brace
Video recording | 60 Min
How to create a spinal brace ready for 3D printing
CPO Richard Miltenberger will show you how to create a TLSO (thoracic-lumbo-sacral orthosis) with the Mecuris Solution Platform.
You'll learn how to:
> upload a scan into the Mecuris3D Modeling tool
> modify the positive model of the torso, i.e. reducing certain sections etc.
> create the orthosis by setting i.e. trim lines & perforation holes
MECURIS MEETS +
DEEP DIVE
Residual Limb Modeling with Quorum
Video recording | 90 Min.
The 3D Tech revolution is here!
Hear the story of Joe Johnson, Clinician & CEO Quorum Prosthetics, learn more about chasing the perfect socket and Quorum's take on digitalization in O&P. In addition, our CPO Richard will show you in a 20 minute DeepDive how to use the Mecuris Solution Platform to modify a positive model of a residual limb.
Topics covered are:
> how Joe found his way into digital O&P
> how to evaluate materials in context of MJF-printing
> how to model a residual limb digitally
Earn free CEU's and
broaden your skillset
CEU
For our US clinicians
Profit from our various ABC approved webinars to get your CEU's
The Certification to be able to practice as an orthotist, prosthetist or pedorthist in the US is time-limited. To maintain certification a clinician needs to earn a required number of credits in a five-year period.
Mecuris offers CEU's for certain webinars and the
E-Learning program.
What is the right webinar for me?
BASIC: Let's get started!
In our starter-webinar, you'll learn how to create an orthosis in 3 steps using digital tools fast and easy. Everything from the upload of a scan until the download of a finished .stl-file, that only needs to be send to a manufacturing partner.
DEEP DIVE: Practical use cases!
Let's bring your CAD skills to another level. Gain deeper knowledge with our advanced webinars, so working with the Mecuris Solution Platform will be even better.
VIDEO LIBRARY: Expert knowledge for your successful entry into the digital world.
6 hands-on webinar recordings make it easy to get started!
These videos are waiting for you:
> Digital process chain: From a scan to a finished orthosis
> Digital workshop: How to create an AFO ready for 3D printing
> Digital manufacturing made easy: milling and 3D printing in O&P
> Example 1: Modeling a positive model of a lower leg
> Example 2: Creation of a club foot orthosis for the lower leg
> Example 3: Posture correction, modeling and creation of a drop hand orthosis
