Regenerative Filtration Today.

Industrial Fluid Intelligence Tomorrow.

Swindek starts with regenerative filtration and evolves into the intelligence layer for industrial process fluids.

Every installation reduces waste, improves coolant stability and creates the foundation for monitoring, optimisation and future predictive process control.

One Architecture.

Swindek® brings filtration, monitoring, regeneration and support into one integrated coolant management system for precision machining environments.
Designed for OEM integration across EDM, grinding, deep-hole drilling and advanced CNC machining environments.

Why Filtration Needs a New Architecture

  • Disposable filters.

  • Paper media.

  • Contaminated waste.

  • Operator intervention.

The Swindek Platform

  • Regenerative Filtration

  • Coolant Management

  • Dry Waste Handling

From Filtration to Fluid Intelligence.

Swindek® is developing a new generation of regenerative coolant management systems combining filtration, monitoring and process diagnostics into one integrated industrial platform.

From filtration to fluid intelligence: Swindek® integrates regenerative filtration, coolant monitoring and process diagnostics into one industrial system.

Built for Modern Machining Environments

Designed for oil, emulsion, EDM dielectric and water-based machining applications.

Swindek Intelligence™ is being developed as a monitoring and diagnostic layer for coolant condition, filtration status, maintenance alerts and process stability.

Swindek Intelligence™

Swindek Intelligence™

A developing monitoring and diagnostic layer designed to help manufacturers understand fluid condition directly from the process environment.

Concentration tracking · contamination indicators · temperature analysis · maintenance alerts · operational diagnostics · remote support capability

Interested in testing future Swindek monitoring and coolant management features? Join the early access list and we will contact selected companies when the next validation phase is ready.