Source-Level Loss Reduction: Minimizing Core Wear During Operation
Control Processing Loads: Strictly adhere to rated parameters when setting parameters for bristle cutting and tufting pressure; avoid prolonged overload operation, as sustained spindle overload can directly cause irreversible deformation.
Implement Pre-emptive Protection: Install magnetic devices at material inlets to capture metal shavings and hard debris, preventing hard objects from entering the processing chamber and scratching roller shafts or breaking precision tufting needles.
Avoid Idling and Dry Grinding: Limit no-load test runs to under 30 seconds and prohibit prolonged idling of transmission components without lubrication to significantly reduce unnecessary wear on gears and bearings.
Standardized Operation: Managing Wear Through Daily Details
Pre-start Inspection: Check anchor bolts and drive chain tension before every startup; ensure no components are loose or misaligned before operation to prevent vibration-induced wear.
Operational Monitoring: Pay attention to unusual noises or vibrations during operation; shut down and inspect immediately if stalling or abnormal sounds occur, as minor issues left unaddressed can easily escalate into irreversible damage to the spindle or motor.
Post-shutdown Cleanup:After each work session, use compressed air to thoroughly clear away accumulated bristle fragments and dust from the tufting head and brush roller shafts, preventing debris from jamming transmission mechanisms and causing additional wear.
