In CNC machining, general machining, and metal-forming processes, effective removal of ferromagnetic particles from coolants and cutting fluids is critically important for tool life and surface quality.
Our advanced magnetic-filtration systems generate high attraction force through a powerful neodymium-magnet structure, capturing metal contaminants in the fluid highly effectively.
Under stable fluid-dynamic conditions and in the presence of a sufficient concentration of ferromagnetic particles, the system creates a coagulation effect. This enables not only magnetic iron-based chips but also other non-magnetic particles attached to them in the fluid to be mechanically trapped (filtered), raising filtration efficiency to a higher level.
High-strength magnetic-field layers provide maximum retention even for micron-scale particles.
It can operate independently in-line without requiring an additional auxiliary unit.
Because wear on moving parts and filter elements is minimized, maintenance costs are very low.
It requires no external pump or high pressure and operates at near-zero energy cost.
Its long service life and low initial investment cost provide a rapid payback period.
Magnetic separators filter coarse and fine ferromagnetic chips from coolant/cutting fluid by separating them from the main flow. Thanks to this feature, they are positioned upstream of belt-filter separators (as a pre-filter) or directly on coolant tanks.
By greatly reducing consumption of filter paper, the consumable used by belt filters, they provide a significant operating-cost advantage and minimize consumable waste.
