Carbon storage toolkit
Access fracture, dual-porosity, and wettability-adjustable templates that accelerate CCUS chip iterations with built-in simulation cases.
Download toolkit manifestGeometry authoring
Microfluidic chip designer
Craft pore-scale geometries, iterate on layer stacks, and export fabrication packages with the same tooling our engineers use to commission HPHT micromodels. Every draft syncs to the Microfluidic Chip Database so your team can review, annotate, and release confidently.
- Drag-and-drop primitives, boolean operations, and CFD-ready mesh exports in a single canvas.
- Version-controlled design states with reviewer assignments and audit trails.
- Parameterized templates that accelerate new chip families and derisk exotic channel networks.
Designer workspaces
Jump directly into the shared design spaces your programme uses. Each workspace pairs authoring tools with CFD and documentation packages so geometry, simulation, and fabrication remain aligned.
Hydrogen embrittlement suite
Coordinate thin-wall geometries, integrated sensing pockets, and accelerated stress cycling workflows tailored to hydrogen-rich environments.
Review design briefHigh-temperature pattern library
Use sapphire/quartz laminate templates with expandable manifolds and embedded thermometry for geothermal pilots.
Explore pattern libraryDesign checkpoints
Ensure every microfluidic concept passes mechanical, chemical, and operational reviews before fabrication. These checkpoints align engineering, QA, and field stakeholders.
Geometry peer review
Assign reviewers, capture inline annotations, and sign off on design logic.
Materials compatibility
Validate stack-ups, seals, and chemical exposure plans before production release.
Simulation alignment
Synchronise CFD runs, measurement targets, and instrumentation placements.
Need architectural input?
Our lead designers partner with your scientists to blueprint novel fluid domains, evaluate manufacturability, and deliver qualification packages tied to the Microfluidic Chip Database.
- Primary contact
- Dr. Marta Klein — Principal microfluidics architect
- Office hours
- Mon & Wed · 14:00–17:00 CET
- Support mailbox
- design@fluidxlab.com