Regenerative Coolant Management for Precision Machining
Historically grounded regenerative filtration, modernised for lower intervention, cleaner waste handling and more stable machine operation.
For CNC, grinding, EDM and advanced precision-machining environments.
Industrial foundation
Built from field experience. Re-engineered for the next deployment.
Swindek did not begin from a blank sheet. Its regenerative filtration principle was first deployed in an industrial machining environment in Italy in 2017. That earlier system established the technical foundation for the current generation of Swindek by GreenHexagon.
A physical filtration principle previously deployed in a real machining environment.
Filtration, fluid recovery, cleaner residue handling and lower-intervention operating logic.
Current engineering is focused on modern machine integration, measurable operating value and repeatability.
Physical performance → operating intelligence
Regenerative Filtration Today. Predictive Fluid Intelligence Tomorrow.
Swindek starts with regenerative filtration today. As modern installations generate validated operating data, the architecture is designed to extend progressively into monitoring, diagnostics and more predictive fluid-management support.
The priority remains physical process performance: cleaner fluid, lower intervention, coolant recovery and better residue handling. Intelligence develops from measured system behaviour — not as a separate software promise.
One Architecture.
Designed for OEM integration across EDM, grinding, deep-hole drilling and advanced CNC machining environments.The engineering platform behind Swindek.
Swindek is developed by GreenHexagon Ltd, an industrial engineering and integration company connecting machine design, fluid-process automation, controls and production industrialisation.
Explore GreenHexagon Engineering →Why Filtration Needs a New Architecture
Disposable filters.
Paper media.
Contaminated waste.
Operator intervention.
The Swindek Architecture
Regenerative Filtration
Coolant Management
Dry Waste Handling
From Filtration to Fluid Intelligence.
Swindek® combines regenerative filtration and coolant-management infrastructure with the instrumentation required for progressively deeper monitoring, diagnostics and lifecycle support.
Process applications
Built for demanding machining environments.
One regenerative coolant-management architecture, configured around different machines, fluids, contamination profiles and process requirements.
CNC Machining
For machining centres using emulsions or cutting oils, where coolant cleanliness, fluid stability, filtration burden and operator intervention influence productive uptime.
Relevant across milling, turning and complex precision-machining cells.
Grinding & Precision Finishing
For grinding and precision-finishing environments where fine particles, temperature variation and fluid condition can influence surface finish, dimensional consistency, wheel performance and process stability.
Including grinding, lapping, honing and selected broaching applications.
EDM
For wire and sinker EDM environments where fine-contamination control and stable fluid condition are central to machining consistency, maintenance requirements and operating performance.
Configurable around deionised-water and dielectric-oil fluid environments.
Deep-Hole Drilling
For demanding drilling processes where fluid cleanliness, stable flow, chip evacuation and temperature management influence bore quality, tool life and reliable production.
Particularly relevant where coolant delivery is an integral part of process performance.
Industrial relevance
Built around the process. Relevant across sectors.
Swindek is particularly relevant where high-value machinery, difficult materials, demanding tolerances or complex tooling make coolant condition and filtration performance part of the wider production economics.
Precision machining of demanding components, alloys and complex geometries.
High-tolerance machining environments where process stability and equipment utilisation matter.
Grinding, EDM and precision-machining applications supporting cutting-tool and specialist-tool production.
CNC, EDM, grinding and deep-hole drilling across complex moulds, dies and high-value tooling.
Supporting the manufacture, maintenance and refurbishment of precision moulds used across plastics production.
Applications where coolant quality, downtime, intervention and waste handling create disproportionate operating cost.
Swindek is not limited to one industrial sector. Its relevance follows the machining process: wherever CNC, grinding, EDM, deep-hole drilling or related precision operations depend on stable fluid management, regenerative filtration can become part of the production infrastructure.
Swindek Intelligence™
Swindek Intelligence™
From system behaviour to operating visibility.
Swindek Intelligence is the developing digital layer of the Swindek architecture — designed to turn system and fluid-management signals into useful operating context for maintenance, service and long-term process understanding.
Capture relevant system and fluid-management signals through industrial instrumentation.
Build operating history around regeneration cycles, alarms, maintenance and service events.
Use validated installation data to develop deeper diagnostics, trends and application-specific insight.
Intelligence develops from the physical system. Regenerative filtration creates the process, instrumentation makes it visible, and validated operating data creates the foundation for progressively better diagnostics and predictive fluid-management support.