Close-up of an industrial machine with the label 'PERMA ACA SYSTEMS' that appears to be performing a manufacturing or testing process, with visible wires and red laser light on a white surface.

Industry analyzers

Accurate and reliable measurement data gives engineers, operators, and quality managers the confidence to make informed decisions—whether it’s about optimizing production, controlling quality, or developing new materials.

With ACA Systems’ precision analyzers, mills can continuously monitor key parameters like air permeability, rheological properties, and roll hardness in real time.

This ensures greater process stability, reduced waste, and consistent end-product performance. Built to withstand the demands of industrial environments, our analyzers combine Finnish engineering excellence with user-friendly design and robust data capabilities—delivering the insights that drive better performance across the board.

  • Industrial water filtration system with a control panel and filtration unit labeled 'PERMI ACA Systems'.

    ACA Permi

    Real-time air permeability and porosity measurement

  • Portable medical device with screen displaying a graph, labeled 'ACA', and connected to a wrist strap.

    ACA RoQ

    Roll quality analyzer - handheld and inline

  • Close-up of scientific equipment with a white cylindrical component labeled "PERM ACA SYSTEMS" connected to various wires and hardware, mounted on a white surface.

    ACA Scan

    Automatic scanner for roll to roll data

  • Blue industrial machine with a touchscreen display labeled 'ACA AX-100'

    ACA AX-100

    Ultra-high shear viscometer for optimum coater runnability

  • Laboratory testing device with ACAC SYSTEMS branding, featuring a digital touch display, situated on a flat surface.

    ACA Permi Lab

    Air permeability analyzer for low porous materials

  • Laboratory instrument with a touch screen display and a metallic mounting component on top, branded with ACA Systems.

    ACA Flow WR

    For analyzing the coating color water retention