SimLab
Discover the power of digital twins built on physical laws and mathematical equations, applicable across various industries. SimLab provides virtual testing before prototyping, enabling early identification of weak points and a deeper understanding of the system. With minimal data requirements compared to machine learning models, our numerical simulations offer efficient digital twins to streamline your projects.


AiLab
Leverage AI algorithms to create digital twins from raw data, either through SimLab’s numerical simulations or real-world sensor measurements. AILab’s trained models predict system states in seconds, enabling rapid exploration of diverse conditions and previously unknown states. Enhance system understanding, identify weak points, and enable real-time predictions for seamless integration with other systems.
SciSoftLab
Experience the power of tailored software designed to support your projects, from highly functional web apps to robust, high-performance batch mode frameworks. SciSoftLab connects SimLab and AILab through individualized applications, enabling efficient processing of large datasets and seamless combination of numerical simulations and machine learning. Unlock the full potential of your projects with our scientific software expertise.

Our Complete End-To-End Solution


Uniting Multidisciplinary Expertise for High-Impact Solutions
- Harness the strength of our comprehensive, collaborative approach
- Experience focused know-how through seamless integration of multiple disciplines
- Minimize disruption to your internal workflows with our efficient coordination
- Discover the convenience of our end-to-end, one-stop service
Dynamic 3-Lab Approach
Experience the power of our integrated expertise, blending creativity and open-source tools for versatile solutions.
- Strategy Consulting & Implementation – Leverage our strategic leadership on your path to a future-ready digital culture and benefit from fully automated, end-to-end simulation frameworks combining numerical simulation and machine learning. Effortlessly integrated into your workflow, this advanced solution empowers users throughout your organization.
- Project Support – Combine numerical simulations, machine learning, and customized software to swiftly deliver in-depth analysis and problem-solving. Gain deeper understanding of your system better early in the design phase. Identify weak points long before prototyping to ensure consistent high quality products and faster market entry.


Simulation Tools We Use
We apply open source simulation tools whenever possible, as they offer a cost-effective way to create customized and highly automated frameworks that can handle large numbers of simulations.
However, we can also adapt to commercial simulation software, especially if consistency with your current simulation framework is required.
Benefit from Our Unique 3-Lab Approach
Versatile Data Sources
Utilize raw data from either numerous simulations or real-world sensor measurements, providing highly responsive Reduced Order Models.
Customized Software Solutions
We develop tailored software, including highly functional web apps with end-to-end individualized simulation chains, to support parallel company-wide use in multiple projects.
Seamless Integration:
Three labs unified through customized applications, ensuring joined-up and streamlined results.
Our 3 Labs in action

How Pharmaceutical Companies and CDMOs Reliably Scale and Transfer Crystallizations using CFD, Ensuring Timely Drug Supply for their Patients
Crystallization Scale-up Support by means of Computational Fluid Dynamics (CFD)

How Biosimo Increased Understanding of their Trickle-Bed Reactor and Optimized it for Better Reaction Efficiency.
Trickle-bed Reactor Optimization by means of Computational Fluid Dynamics (CFD)
Drive Innovation with expert physical and data modeling
Minimize risk and enhance productivity by harnessing our team’s computational modeling expertise. Reach the market faster with our three specialist labs dedicated to numerical simulations, software development, and machine learning.