A slotted oil-wicking holder keeps tool working ends submerged, using capillary action to clean, lubricate, and prevent rust.
An inclined receiving portion collects oil from multiple inlets and feeds one downstream strainer, cutting tank complexity and weight.
Gravity-fed nozzle and fitting geometry store oil and passively meter it into an equipment reservoir for consistent lubrication.
A spiral spring and piston transmission stabilize lubricant pressure, cutting tank capacity needs and reducing supply fluctuation.
Compressed air varies reservoir volume to keep lubricant dosing uniform, prevent dry running, and limit air motor overspeed at startup.
A housing-mounted sensor tracks piston distance to detect lubricant level and blockages, cutting manual checks across container types.
A lubricant collection container uses a cover-mounted elastomer seal to retain fluid within the housing.