3D scanning in progress

In-house dry electropolyshing using our DLyte device.

Our GE Concept Laser M2 during work.

Finite Element Analysis (FEA) is essential when designing a custom agitation system. At FLONO, CFD simulations optimize the mixing process, while FEA simulations ensure each mixer is structurally robust.

A complete agitation system assembled in 3D design for the customer’s mixing task — including lantern, mechanical seal, coupling, gearbox, and motor.

3D printed Optifoil and Hydrofoil blades in action!

Mixing three-phase systems is a challenging task. That’s why we rely on CFD simulations to validate our blades, ensuring efficient and reliable mixing performance.

A FLONO-designed anchor mixer — validated with CFD simulations and manufactured using 3D printing — is now operating at the customer’s site.

Designing mixing reactors for liquids today is more than just installing an impeller in a vessel and rotating it. The real challenge often goes beyond homogenization: it’s about ensuring effective heat transfer, whether it’s heating or cooling.

Tantalum part 3D printing in progress