Sell proven performance, not theoretical.

Problem: Developing new equipment is time-consuming, expensive, and often requires multiple design iterations. Reliable flow measurements are difficult or impossible to obtain because optical techniques cannot penetrate opaque slurries or stainless-steel vessels. As a result, manufacturers often rely on CFD to understand flow behavior. While invaluable during design, CFD requires significant expertise and computational effort, and its predictive accuracy ultimately depends on the quality of the underlying models and experimental validation.

The result is longer development cycles, higher engineering costs, and limited engineering capacity, forcing teams to prioritize only a small number of projects while increasing the technical and commercial risk associated with product performance guarantees.

Fluidmapper eliminates the need for custom visualization equipment, transparent mock-up vessels, and simplified experimental campaigns. Using AI-enabled gamma-ray particle tracking, measurements are performed under your customer's actual operating conditions, regardless of fluid opacity or vessel material. This enables engineers to obtain experimentally measured three-dimensional flow fields directly from CAD geometry in days rather than months, dramatically reducing development time, cost, and technical burden while increasing confidence in engineering decisions.

As a fully managed Flow Data as a Service platform, Fluidmapper handles the entire experimental workflow, from geometry preparation and tracer design to measurements, data processing, and engineering deliverables. Your engineers remain focused on developing products, supporting customers, and driving innovation while we deliver the experimental flow data and engineering insights.

The result is faster product development, increased engineering capacity, reduced technical risk, and objective performance data that helps you design better equipment, win more business, and build stronger customer relationships.