Coolant management for deep-hole drilling.
Swindek is engineered around the combined flow, pressure, contamination and heat-management duty of deep-hole drilling rather than treated as an isolated filter added after the machine.
Request an application assessment →Deep-hole drilling is a circulation problem as much as a filtration problem.
Coolant has to reach the cutting zone, transport chips through a long bore and return without allowing contamination to destabilise the high-duty circuit. Flow, pressure, pre-separation and heat load must therefore be considered together.
Mixed contaminant load
Long chips, broken chips and fines require more than one separation mechanism.
Demanding hydraulic duty
Through-tool delivery can combine high circulation demand with pressure-sensitive machine interfaces.
Heat and fluid degradation
Sustained recirculation introduces heat and increases the importance of fluid condition and tank design.
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.
Return and pre-separation
The dirty return is assessed for chip separation before the regenerative fine-filtration stage.
Regenerative separation
The selected chambers remove the residual particle load from the circulating fluid.
Managed clean-fluid delivery
Pumps, valves and sensors support the required machine-side flow and operating state.
Concentrate recovery
Backwash discharge and retained solids are directed to an application-appropriate handling route.
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.
- Drilling method, diameter and depth range
- Machine count and simultaneous duty
- Fluid specification and viscosity
- Required flow and pressure at the machine
- Chip form, fines load and existing pre-separation
- Tank, cooling and available installation space
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.