Product Info

A coolant management system is a system designed to control and manage the coolant fluid used in various manufacturing processes, such as cutting, grinding, turning, or milling metal. This system helps ensure that the coolant operates at maximum efficiency during its use.

The Compact Coolant System for Grinding is an advanced grinding process system capable of handling both magnetic and non-magnetic grinding sludge. This model, compared to conventional ALG systems, reduces tank liquid volume and achieves a space-saving design that reduces installation space by 60%. With total filtration via a cyclone filter and an improved primary tank mechanism for efficient sludge and abrasive grain accumulation, it ensures high-precision separation of clean liquid and discharge materials.

Features
Handles Magnetic and Non-Magnetic Sludge: Suitable for a wide range of grinding materials, regardless of sand-like sludge.
Total Filtration: The new cyclone filter thoroughly filters all coolant with high precision.
Efficient Sludge Accumulation: Vortex and centripetal force gather sludge and abrasive grains at the center of the tank, minimizing deposition.
Space-Saving Design: Significantly reduces installation footprint, maintaining high performance even in limited spaces.
Reduced Environmental Impact: Uses no consumables, reducing industrial waste production.

Mechanism
Dirty Liquid Handling: Dirty liquid flowing into the primary tank generates a vortex, effectively gathering sludge and abrasive grains to the center of the tank.
Sludge and Abrasive Grain Accumulation: Sludge and abrasive grains accumulated at the center are pumped up by the supply pump in the center of the tank.
Total Filtration: The cyclone filter thoroughly filters the dirty liquid, producing clean coolant.
Sludge Discharge: Filtered sludge is discharged through the drain via a sedimentation tank conveyor.
Clean Liquid Supply: Filtered clean liquid flows into the secondary tank and is supplied to the machine.

Filtration Accuracy
The filtration accuracy is over 90% for 10μm particles, based on experimental data, but this does not guarantee effectiveness in all environments.