A regenerative filtration core for a CNC cell.
Swindek Shared is assessed as a common filtration and coolant-management system for compatible machines where combined duty, fluid consistency and centralised service can create operational value.
Request an application assessment →Centralisation creates value only when the machines are compatible.
A shared system can reduce duplicated tanks, filters and maintenance points, but it also connects machine availability, contamination and fluid chemistry. The architecture must be built from combined peak duty, material compatibility, zoning, redundancy and failure-state planning.
Variable combined demand
Machines rarely run at identical duty, so the design must reflect diversity and peak operating states.
Cross-contamination risk
Materials, lubricants and process residues must be compatible before machines share a fluid circuit.
Availability and redundancy
A shared system becomes critical infrastructure and requires isolation, bypass and service planning.
From contaminated return to controlled reuse.
The final sequence depends on the machine, fluid and contaminant profile. This is the engineering logic evaluated during application assessment.
Zoned dirty-fluid return
Compatible machines return fluid through defined branches and suitable pre-separation.
Shared regenerative core
Independent chambers provide a common fine-filtration stage sized around combined duty.
Managed distribution
Clean fluid is returned through monitored branches with application-specific control.
Central residue handling
Solids and regeneration concentrate are collected through a shared recovery pathway.
Smart is configured around the installation.
A product selection follows the real hydraulic and operating duty. Machine coverage, cleanliness, dimensions and performance are confirmed only after assessment.
Explore Swindek Smart →Define the duty before defining the machine.
These inputs let GreenHexagon determine whether a Swindek configuration deserves deeper technical work.
- Machine list, processes and material mix
- Operating schedule and simultaneous peak duty
- Shared-fluid compatibility
- Combined flow, pressure and temperature ranges
- Tank, pipework, zoning and redundancy requirements
- Current maintenance, consumable and waste baseline
Performance is measured against the current process.
Any early deployment begins with an agreed baseline covering filtration behaviour, intervention, consumables, fluid loss, waste handling and operating stability.