Aerobase Intelligence
Engineering, accelerated.
We model the materials that move humanity forward. Faster insight, smarter simulation and greater confidence in every decision.
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02PRODUCTS
Products
One portfolio, four distinct offering types: AI agents, simulation platforms, material models and scoped engineering services.
Platform
PHASES
Platform · four simulators currently available
PHASES brings a materials database, a chat-agent front end and process-specific simulators into one platform. The Agent routes requests into the simulation tools; it is not a separate source of physics.
RSW validation has not been established.
Discuss PHASES
Material model
SafeLight
Material model · in commercial use since 2020 · calibration required per material
A library of failure models built on stress triaxiality, capturing post-buckling response including its dependence on element size and sheet thickness. It couples to thermo-mechanical forming results, so a component enters crash analysis carrying what forming did to it. Aluminium and steel, calibrated per material.
Calibration is required per material. Simulation footage is computed output, not a physical validation test.
Discuss SafeLight calibration
AI agent
AeroCRAFT
In development
AeroCRAFT is an Aerobase development direction for connecting additive-manufacturing process inputs with computed thermal and material response.
Technical work in progress — not a finished product demo.
Discuss research collaboration
Engineering service
Caliber
Engineering service · for SafeLight and PHASES subscribers · testing at partner facilities
A model is only as good as the measurements behind it. Caliber is the campaign that produces them: Aerobase defines the test matrix, has the specimens made and tested at partner facilities, fits the model to the results, and validates it against tests it was not fitted to.
Aerobase designs and interprets the campaign. The physical testing is done at partner facilities — Aerobase does not operate a laboratory of its own.
Plan a calibration campaign
Platform
AeroFEM
Demonstrated glazing application · commercial availability not confirmed
AeroFEM brings a defined glazing analysis into local and browser-based workflows: configure the load and glazing system, run the calculation, inspect computed response and prepare a report.
Simulation footage is not a certification test. Commercial availability is not confirmed.
Discuss the workflow
Engineering service
Support
Engineering service
Support is a scoped engineering engagement for modelling, integration, workflow and interpretation work around an agreed simulation problem.
A scoped engineering service, not a software product or a promise of universal solver coverage.
Discuss your solver workflowScroll, swipe, or select a product
03IN ACTION
See material intelligence in action
Explore real workflows from material data to calibrated models, computed predictions and simulation-ready decisions.
Illustrative animation. The figures shown inside this clip are not measured values and are not quotable.
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How we work together
Partnering across the model lifecycle
Our project partners connect material science, testing, simulation and industrial experience to move from complex data to models that engineers can trust.
04WORKFLOW
Workflow
How engineering evidence becomes a calibrated, simulation-ready model.
- 01
Define & prepare
Turn the engineering objective into a focused data and test plan, with the right specimens, process conditions and acceptance criteria.
- 02
Generate evidence
Combine physical testing, process data and simulation outputs to create the evidence base the model must explain.
- 03
Calibrate with AI
AI agents and optimisation workflows explore parameters, compare predictions with evidence and accelerate model calibration.
- 04
Validate & deploy
For the models we calibrate: verify performance on unseen cases, document confidence, and deliver simulation-ready models, material cards and integration support.
What goes in, what comes back
- PHASES
- Material chemistry, thermo-mechanical test data and process histories become computed phase evolution and flow stress, reached through the agent or the simulators directly.
- SafeLight
- A calibrated material, its sheet thickness and your element size become a failure model that keeps loading-state sensitivity and post-buckling force response.
- Caliber
- A material and the behaviour it has to predict become a test matrix, machined specimens, thermo-mechanical and DIC measurements, and the material card calibrated from them.
- AeroFEMCommercial availability not confirmed
- A blast or impact load and a glazing configuration become a computed response and a report, in the browser.
- Support
- An agreed simulation problem, your solver and your existing pipeline become library integration, a working deployment and help interpreting what comes back.
- AeroCRAFTIn development
- Part geometry, material data and machine constraints become a process path with computed thermal and material response.
05RESEARCH
Projects
We have participated in numerous European Commission & Swedish government-funded projects.
Funding programmes
- Horizon Europe
- European Commission
- Vinnova
- Swedish innovation agency
Industries served
- Aerospace
- Automotive
- Manufacturing
- Marine
- Rail
- Energy
Our projects
GENMAT
Generative Foundation Model for Multi-Scale Materials Discovery, Design & Deployment
GENMAT will develop Europe’s first multi-scale materials foundation model, connecting atomic chemistry to manufacturing performance to dramatically shorten the lab-to-market cycle.
- Foundation Models
- Multi-scale Materials Modeling
- Computational Materials Science
- Digital Twins
CiSMA
Shaping the Future of Sustainable Mass Market Manufacturing
The CiSMA project promotes sustainable manufacturing by developing material models to predict trace-element effects in recycled steel, thereby improving the performance of welded components.
- Manufacturing
- Automotive
- Forming
- Welding
- Home Appliances
- Recycled Steel
- Material Models
GEAR-UP
Revolutionizing Sustainable Manufacturing using Advanced Modeling
The GEAR-UP project aims to advance manufacturing sustainability by using recycled materials in AM processes while ensuring they meet the same performance standards as virgin materials.
- Manufacturing
- Energy
- PBF
- L-DED
- FFF
- D-Stainless Steel
- AlSi10Mg
- CFRP
UPBEAT
Enhancing aviation safety using Uncertainty Quantification (UQ)
The UPBEAT project aims to eliminate biases and predict uncertainties in aviation technology to improve safety measures and reduce environmental impacts.
- Aerospace
- Design
- Manufacturing
- L-PBF
- Composite
- OGV
ALABAMA
Laser additive manufacturing process optimization using adaptive laser beams
The objective is to reduce defects and tailor the components’ microstructure by tailoring the laser beam temporally and spatially, utilizing multiscale physics-based models.
- Aerospace
- Marine
- Automotive
- L-DED
- Ti-6-Al-4V
- D-Stainless Steel
- AlSi10Mg
RESTORE
Remanufacturing plays a crucial role in the pursuit of a circular economy
RESTORE is committed to transforming the remanufacturing landscape by developing sustainable processes, materials, and digital tools.
- Rail
- Manufacturing
- Automotive
- Marine
- Laser-PTA Cladding
- CrCoMnN
- AlSi9Cu
- AlSi10Mg
- C-Steel
Flexcrash
Towards safer, lighter, and circular crash-structure production
The Flexcrash project focuses on developing a flexible, hybrid manufacturing technology to produce tailored, adaptive, crash-tolerant structures made of green aluminum alloys.
- Automotive
- HPDC
- AlSi10Mg
- Extrusion
- Crashworthiness
- Casting defects
- Failure
Ti-TEX
Tailoring the heating/cooling strategies to achieve the desired texture in Titanium alloys
The Ti-TEX project developed a texture evolution model based on thermal gradient and solidification front velocity for the DED-AM simulation implemented in the MSC Marc.
- Aerospace
- Ti-6Al-4V
- L-DED
- Tailoring texture
- Columnar Equiaxed Transition
Scroll, swipe, or use the arrows to explore projects
Contact / Work with us
Bring us a simulation problem.
Connect calibrated material models, simulation tools and AI agents to turn complex engineering data into confident decisions.
- contact@aerobase.se
- Phone
- +46 70 4199 023
- Luleå
- Kaserngatan 4974 42 Luleå, Sweden
- Trollhättan
- Nohabgatan 14461 53 Trollhättan, Sweden
