A machine preventive maintenance checklist organizes care for almost any piece of production equipment into daily, weekly, monthly, quarterly, and annual tasks. Daily checks take about 10 minutes: a walk-around for leaks, fluid levels, safety devices, air supply, gauges and alarms, housekeeping, and a quick cycle time and quality check. Logging readings like motor amps, bearing temperature, and vibration shows which machines are drifting before they fail. Use it as your baseline, then add machine-specific tasks from the OEM manual.
A machine preventive maintenance checklist gives operators and techs one consistent routine for presses, machining centers, molders, conveyors, and the rest of your production floor. Unplanned downtime is expensive no matter which machine stops, and most failures give early warning signs: a new noise, rising motor amps, a slow leak, or a cycle time creeping up. This guide is for plant managers, maintenance leads, and operations teams who want a practical baseline routine for every machine, plus the readings that show which equipment needs attention.
Follow your facility's lockout/tagout (LOTO) procedure for any task that requires opening guards, removing panels, or working near moving or energized parts. Always defer to the OEM manual for lubricant types, intervals, and torque specs. The intervals below are starting points. Tighten them for multi-shift or high-load operations.
A checked box confirms a task was done. A logged number shows whether the machine is getting worse. These readings apply to almost any production equipment. Track them monthly against spec:
Rising motor amps or bearing temperature usually means something is making the machine work harder. A cycle time creeping above standard often signals wear before anything breaks. The downloadable checklist includes a 12-month readings log built for this.
This checklist is a baseline for any machine. For equipment with its own failure modes, use a machine-specific checklist alongside it:
A calendar schedule treats a machine running three shifts the same as one running one, and a paper checklist only works when someone remembers to fill it out. Usage-based maintenance services each machine based on actual run time and cycles, so the equipment working hardest gets attention first.
Caddis machine maintenance software connects to any machine on your floor and schedules preventive maintenance work orders from actual run time and cycles. It sends text or email alerts when temperature, vibration, amperage, or downtime crosses a threshold, and works on any machine brand or age. For setup steps, see how to set up a preventive maintenance schedule.
At minimum: daily walk-arounds, fluid levels, and safety checks; weekly lubrication and inspection of belts, hoses, and filters; monthly motor, bearing, and electrical checks; quarterly oil analysis, vibration, and thermal scans; and annual fluid changes and safety validation.
Most production equipment needs daily checks of about 10 minutes, plus weekly, monthly, quarterly, and annual tasks. Multi-shift or high-load machines should run on tighter intervals than the OEM minimum.
It works as a baseline. Use this checklist for the core tasks every machine needs, then add machine-specific tasks from the OEM manual or a dedicated checklist for equipment like CNCs, presses, boilers, conveyors, and compressors.
A checked box only confirms a task was done. A logged reading, like motor amps or vibration, shows whether the machine is wearing over time, so you can schedule a repair before it becomes a failure.
Preventive maintenance follows a fixed schedule. Predictive maintenance uses condition data to service a machine only when it needs it. Most plants use both. Read the full comparison.
A machine preventive maintenance checklist gives every machine on your floor a 10-minute daily routine and a logged record that catches leaks, wear, and drift before they turn into unplanned downtime. Download the free checklist to use as your baseline across the plant. When you're ready to move beyond paper, book a demo to see how Caddis schedules maintenance from actual machine run time.
