Upcoming events
25-28 Jan 2012:
FEops @ Linc Leipzig
13-15 Mar 2012:
FEops @ MEDTEC Stuttgart
Latest news
06 Dec 2011:
FEops and bioMMeda stent research featured in award winning presentation at ICI meeting
01 Dec 2011:
Gianluca De Santis joins FEops as Principal R&D Engineer
05 Oct 2011:
Editorial/commentary on longitudinal stent compression published in EuroIntervention
15 Sep 2011:
OCT validation study in collaboration with Thoraxcenter published in Interventional Cardiology
From engineering consultancy to tailored FEA solutions
FEops offers a range of solutions depending on the specific needs of our customers. We can perform project-based finite element analyses, but we also assist companies to enhance the efficacy of their in-house finite element simulation processes by providing training and/or by automating time-consuming pre- and postprocessing steps using the open-source pyFormex framework. Our expertise includes:
FEops is able to offer its customers support to conceive, develop and evaluate innovative medical devices through a network of industrial partners for microCT scanning, experimental testing, and medical device manufacturing.
FEops offers a range of solutions depending on the specific needs of our customers. We can perform project-based finite element analyses, but we also assist companies to enhance the efficacy of their in-house finite element simulation processes by providing training and/or by automating time-consuming pre- and postprocessing steps using the open-source pyFormex framework. Our expertise includes:
- Product design and optimization
- Stress-strain analysis (critical areas)
- Parametric modelling
- Automation of pre- and postprocessing
- Patient-specific analysis
- Fatigue analysis
- Virtual bench testing
FEops is able to offer its customers support to conceive, develop and evaluate innovative medical devices through a network of industrial partners for microCT scanning, experimental testing, and medical device manufacturing.
Virtual stent insertion and deployment in a patient-specific coronary bifurcation.