Precise Fluid Application
Precise fluid application is the key to maximising the benefits of Minimum Quantity Lubrication. Applying too much lubricant is a waste and can adversely affect chip formation, whereas inadequate lubricant reduces tool life. Precise fluid application requires accurate pumps for consistent lubricant delivery and appropriate nozzles to create and direct the spray. The adjustable positive displacement pumps used in the Coolubricator™ have a proven track record of consistency and reliability. Their unique modular design allows multiple pumps to be “stacked” together when more than one nozzle is required, allowing every system to be tailored specifically for the application. Each pump module includes a stroke adjustment for the pump output and a precise metering screw for the nozzle air flow. The combination of these adjustments provides complete control of the spray output.
A Coolubricator™ is superior to flood coolant or totally dry machining for CNC routers. A Coolubricator™ system will increase tool life and not create a mess like flood coolant.
Two coaxial nozzles positioned 180˚ apart and directed toward both sides of the cutter are recommended for optimal results.
The Coolubricator™ is well suited for milling applications. Benefits typically include both increased tool life and improved surface finishes.
Two coaxial nozzles positioned directed toward both sides of the cutting tool are the minimum recommended for rotary cutters such as milling or router bits
The Coolubricator™ is an excellent solution for tapping applications and will reduce tap wear and improve thread quality. Great for use with both cutting and forming taps.
A single coaxial nozzle directed at the interface between the cutting edge of the tap and the work piece at a downward angle is the minimum requirement. Pecking may be necessary for reapplication of lubricant on deep tapped holes.
The Coolubricator™ is an excellent solution for drilling applications and will reduce drill wear and improve hole quality.
A single coaxial nozzle directed at the interface between the cutting edge of the drill and the work piece at a downward angle is the minimum requirement. Pecking may be necessary on deep holes for reapplication of lubricant.
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