Optimize the Design of Medical Implants and Dental Restorations
Simq VIT is the first easy-to-use software for checking and optimizing the design of patient-specific implants (PSI). Increase your productivity – the predefined workflows allow you to set up complex biomechanical simulations within minutes, regardless of whether you have Computer Aided Engineering (CAE) or computer simulation skills.
Try our Virtual Implant Testing software solution now.
What Clients Say
“Simq VIT is a must. It has completely changed the validation of the design of custom made devices.”
Sven Delport
Chief Operating Officer
CranioTech
“For us as manufacturer of Patient specific implants, simulation is the only efficient way to ensure the quality and safety of our products.”
Frank Reinauer
Senior Director Division Implants
KLS Martin
Next Level Medical Finite Element Analysis
Easy & Fast
Set up complex simulations through predefined workflows
Flexible
Unlimited parallel simulations & users
Accurate
Verified and validated computational models
150+
Designers and clinicians already use it
Automated Technical Documentation
following FDA 1807 Guideline
Physiological Load Conditions included
(Muscle and Joint Reaction Forces)
- Videos
How to and Workflow Examples
Deep Dive session on how to optimize the design of your implants
More video content
Features
NEW
Define Custom Materials and Parameters
+ New Implant Materials and Descriptions
We revised the material limit values and implemented methods to better describe material damage based on literature, test results and the FKM fatigue guideline.
Define your own materials using an XML file and customise the parameters quickly and easily to suit your needs.
NEW
Workflows for
Temporomandibular Joints
We have added new workflows.
With the new version, our customers can now also use Maxilla and Mandible TMJ workflows.
Maximum Value Marker
The needle as a maximum value marker helps to easily identify the maximum value of a result. This new result shows whether the material limit is exceeded under the selected load case. The relevant zone is then highlighted in red.
Signed von Mises Stress
combined with Material Limits
Signed von-Mises-Stress takes into account not only the absolute value but also the stress signal. This way we can now also analyze if the implant is undergoing tension or compression.
Visualized Screw Force Direction and Implant-to-Screw Forces
The biomechanical forces acting on the screws are easily identified. Based on the results, it is possible to identify screws that can be avoided or where the implant needs to be optimized to better distribute the forces to reduce stress on the bone.
Success stories
MEDARTIS
Revolutionizing Orthopedics with medartis – Explore Now!
CRANIOTECH
Transforming Maxillofacial Implant Design with Simq’s Advanced Simulation
Workflows in 3.11.1
Our new and improved workflows for the latest Simq VIT version are now available. We have also integrated the first dental workflows and are working on workflows such as TMJ, implant supported dental bridges etc.
Maxilla
Subperiosteal implant
+ Superstructure
Maxilla
Reconstruction
Beta
NEW
Maxilla
Temporomandibular Joints
Mandible
Subperiosteal implant
Mandible
Subperiosteal implant
+ Superstructure
Mandible
Reconstruction
Mandible
Temporomandibular Joints
Beta
NEW
Mandible
Orthognatic
Beta
Mandible
Subperiosteal Load
Sharing
Maxilla
Subperiosteal Load
Sharing
Beta
NEW
Maxilla
Temporomandibular Joints
Mandible
Temporomandibular Joints
Beta
NEW
Your
Workflows
?
Maxilla
Subperiosteal implant
+ Superstructure
Maxilla
Reconstruction
Mandible
Subperiosteal implant
Mandible
Subperiosteal implant
+ Superstructure
Mandible
Reconstruction
Beta
NEW
Maxilla
Temporomandibular
Joints
Mandible
Temporomandibular
Joints
Beta
NEW
+3
More
Workflows
WORKFLOW EXAMPLE
Mandible – Subperiosteal implant
Simq VIT at a glance
Target: Test and optimize performance and safety of customized medical devices
- Digital verfication using biomechanical simulation - CAE knowledge not required
- Support surgeons decision-making in surgical planning and design process
- Physiological loadcases incl. screw and muscle forces
- Automatically generated report following FDA guidelines for your technical documentation
- Increased safety for OEM, doctor, and patient
- Selecting different workflows within the software for different implant types and anatomical regions
- Development of additional workflows within the software for manufacturer-specific implants
- Support post-market surveillance for each patient with objective data
How Simq VIT works
- Efficient and compliant verification
- Objective decision-making
- Adaptable, allowing for personalized solutions
Unlocking the Power of Simq VIT for Digital verification of patient-specific implants
How it works
Simq VIT comes into play when and where decisions are made
Simq VIT – selected anatomical regions
Mandible
This workflow was developed for the anatomical region of the mandible to simulate the muscle and joint reaction forces in interaction with an individual implant restoration, thus creating valuable information on strength and safety for the clinician and patient.
Thorax
Due to the very complex movements of the thorax, it was previously difficult to design necessary supplies of the bony structures with implants accurately and according to the loads.
This workflow within Simq VIT creates a solution and, at the same time, more safety for the patient.
Maxilla
Maxillary custom implants have been used successfully for many years. However, the patient-specific fabrication possible today requires close scrutiny.
Simq VIT, in conjunction with the MAXILLA workflow, was developed precisely for this purpose and answers questions regarding the strength and safety of customized restorations.
FAQs
There is a basic fee and a pay-per-use model that you can customize to suit your needs. Please contact us for more information.
Yes, we have implemented many privacy and security features (only encrypted, pseudonymized geometry data is sent to the infrastructure). Furthermore, hosting our Azure infrastructure as a “Managed Application” is possible. This means that data sovereignty always remains with our customers.
Yes, the software can be used for almost every human and animal body region.
If a customer wants a specific workflow, we can implement it and expand the library. We can perform the V&V for the models together with the customer or ourselves. We are currently working on implementing workflows for dentistry, mandibular pre-prosthetics, hand orthotics, and TMJ.
Simq VIT supports the design process of implants and is not a medical device. With our FDA-compliant report, which is always adapted to the latest changes, the technical documentation of our customers is always up to date.
