Use Simq's Digital Twin Technologies to Accelerate Research and Development
Reduce design loops and failures and get objective data on how your device performs in patients – Improve the quality and safety and shorten your R&D cycles.
The technologies we use to tackle your challenges:
Virtual
Benchtop
Simulation and analyses of medical device families and portfolios for norm and standardized tests.
Patient-Specific Simulation
Simulation of custom-made medical devices under physiological conditions in individual patients.
Synthetic
Patients
Simulation of medical devices under physiological conditions across statistically relevant target populations.
Virtual
benchtop
Simulation and analyses of medical device families and portfolios for norm and standardized tests
Patient-specific
simulation
Simulation of custom-made medical devices under physiological conditions in individual patients
Synthetic
patients
Simulation of medical devices under physiological conditions across statistically relevant target populations
Virtual Testing Laboratory
Your Challenges & Pain-Points
Many cost and time expensive design loops
Optimize designs to pass device verification tests
- Shorten your R&D cycles
- Improve product quality
Our Offer
Perform finite element analyses for any norm and standardized test
Virtual Testing Laboratory
Your Challenges & Pain-Points
Most designs fail prior to actual submission
Compare and assess performance of different design variants & features in standardized tests
- Test innovative new designs quickly and safely
- Improve product performance & safety
Our Offer
Perform finite element analyses for any norm and standardized test
Patient-specific Simulation
Your Challenges & Pain-Points
No proof of how your device performs in an actual patient
- Test standard or individualized designs under biomechanical boundary conditions
- Develop performance criteria for medical devices
- Understand device performance in the patient’s body
- Improve product performance
Our Offer
- Perform patient-specific finite element analyses for your devices
- Provide physiologically motivated performance criteria for your medical device
Patient-specific Simulation
Your Challenges & Pain-Points
No proof whether your device is safe in an actual patient
- Test and optimize standard or individualized designs under biomechanical boundary conditions
- Evaluate design guidelines for individualized devices
- Improve product quality
- Improve product safety
Our Offer
Perform patient-specific finite element analyses for your standard or individualized devices
Synthetic
Patients
Your Challenges & Pain-Points
Conditions to which the device is exposed in clinical use is not reflected by standard pre-clinical tests
- Demonstrate the device performance & safety early-stage across populations
- Test design variants & features in the target population
- Understand product performance across target populations
- Identify possible risks
Our Offer
- Perform population-based finite element analyses for your devices
- Investigate potential risks and potential for improvement
Synthetic
Patients
Your Challenges & Pain-Points
No way to evaluate potential for expanded product range and indications
Assess designs on expanded product range and indications in various populations
- Understand product performance beyond your target populations and indication
- Identify possible expansions beyond intended use and indications
Our Offer
- Perform population-based finite element analyses for your devices
- Identify potential use on expanded product range and indications
Schedule a Free Consultation
These companies are already benefiting from our solutions
Selected success stories
Dr. Sven Herrmann
Director Consulting & Seminars
