A CNC machining center that goes down during a production run doesn’t just cost the repair time — it costs the idle downstream labor, the missed shipment window, and the overtime to catch up. Manufacturing maintenance teams carry that math in their heads every shift. The difference between a team that stays ahead of it and one that spends every week in reactive mode is usually not skill or headcount. It’s whether they have a system that turns machine history, PM schedules, and parts availability into something the whole team can act on.
TeamWork is a CMMS built for maintenance teams that keep production equipment running. It handles PM scheduling for machines with wildly different service intervals, tracks parts criticality so you’re not scrambling for a bearing on a Friday night, and produces the maintenance records ISO 9001 and ISO 45001 auditors look for.
Where manufacturing maintenance teams lose ground
Unplanned downtime pulls the whole production line
When a press goes down mid-run, the cost isn’t the repair — it’s the production stopped behind it. OEE (Overall Equipment Effectiveness) measures the percentage of planned production time that is actually productive. Unplanned breakdowns are one of the three factors that drive OEE down, alongside performance losses and quality defects. Every hour of unplanned downtime that preventive maintenance could have caught is a direct hit to OEE.
Most teams know this. The gap is execution: PM schedules get deferred when the floor is busy, and the machine that “ran fine last week” fails during a peak run. TeamWork auto-generates PM work orders on a meter, calendar, or runtime basis — and they don’t disappear. A technician has to complete and close the work order, which attaches the checklist, parts used, and labor hours. The deferred PM is visible as an overdue open item, not a forgotten entry in a spreadsheet.
Machine-specific PMs don’t fit a one-size-fits-all calendar
A CNC machining center might need spindle oil checked weekly, coolant concentration tested monthly, and a full spindle bearing inspection annually at 4,000 hours. A conveyor system needs chain tension checked every 500 running hours and a full roller inspection quarterly. A hydraulic press needs fluid sampling every 250 cycles and seal inspection annually.
TeamWork handles PM schedules per asset. Each machine gets its own set of recurring work orders, each with its own frequency, checklist, assigned technician, and required parts. When you add a new press to the floor, you configure its PM plan once, and the system generates work orders automatically for the life of the machine.
Parts availability determines whether a repair takes an hour or a day
When a motor burns out, the question shifts immediately from “what’s wrong” to “do we have the replacement in stock?” Critical spare parts — bearings, seals, belts, fuses, contactors — are often cheap relative to the downtime they prevent, but only if they’re on the shelf when needed.
TeamWork’s Parts & Inventory lets you define minimum stock levels per part and link specific parts to the assets that use them. When a PM work order is generated, required parts are listed on it. When a technician uses a part, it’s logged against the work order and deducted from inventory. Parts that fall below minimum stock show up as a reorder alert, not as a gap you discover when a machine is already down.
ISO maintenance records require documentation that reactive systems can’t produce
ISO 9001 requires that organizations maintain documented information as evidence of maintenance activities on production equipment. ISO 45001 adds machine guarding inspection and OSHA-aligned safety check requirements. An audit that asks for maintenance history on a specific machine and gets “we have it in emails and a binder” is not a comfortable audit.
TeamWork stores every completed work order — including the technician who did the work, the date, the checklist results, the parts used, and any photos attached — permanently against the asset. You can export the full maintenance history for any machine as a report. Auditors get documentation. You don’t scramble.
How TeamWork maps to manufacturing maintenance
MTBF and MTTR tracking. Mean Time Between Failures and Mean Time to Repair are the two numbers that tell you whether your PM program is working. TeamWork calculates both per asset from work order history. A machine with declining MTBF — failures getting closer together — is telling you something before it fails catastrophically.
Shift-based technician teams. Manufacturing maintenance runs in shifts. Work orders can be assigned to a specific technician or to a shift queue. Technicians coming on shift see exactly what’s open, what’s overdue, and what PMs are due today — without a supervisor having to brief each person individually.
OSHA machine guarding and safety checklists. Attach a machine guarding inspection checklist to the PM work order for any press, grinder, or conveyor. Technicians verify guards are in place, properly secured, and undamaged before signing off. The checklist is permanently attached to the closed work order.
Food-grade cleaning validation (where applicable). For food processing and packaging lines operating under FDA 21 CFR Part 117, sanitation and equipment cleaning validation is a documented requirement. Attach a cleaning validation checklist with sign-off fields to recurring work orders for food-contact equipment. The completed record is searchable by date, asset, and technician.
Asset registry with full machine specs. Log each machine with make, model, serial number, installation date, manufacturer service manual (attach the PDF), and warranty expiration. When a technician is troubleshooting a machine at 11 p.m., they can pull up the full spec sheet and service history from any device — they don’t need to find the binder.
Spare parts criticality tiers. Mark parts as critical, standard, or low priority. Critical parts trigger reorder alerts the moment inventory dips below the minimum. Non-critical parts are tracked but don’t generate alerts that create noise. You define what “critical” means for your floor.
Measuring the difference
Manufacturing teams using a CMMS typically see improvement in three areas: planned maintenance as a percentage of total maintenance hours goes up (the industry benchmark is 70-80% planned vs. reactive); unplanned downtime per machine per quarter goes down as PM compliance improves; and parts expediting costs drop because reorder points catch low stock before the machine is already down.
Frequently asked questions
Can we track PM work orders by runtime hours instead of calendar days? Yes. TeamWork supports PM triggers based on calendar intervals (daily, weekly, monthly, annually) and fixed meter readings (hours, cycles, production counts). You set the threshold and the system generates the work order when the reading is due.
How do we handle machines that are out of service for planned modifications? You can set an asset status to indicate it’s offline for planned work. Open work orders against that asset are still tracked. When the machine returns to service, its PM schedule picks up from where it left off.
Does TeamWork produce maintenance summary reports for ISO audits? Yes. You can export work order history for any asset or group of assets over any date range as a formatted report. Reports include work order number, date, technician, description, parts used, labor hours, and checklist results.
Keep your production equipment on schedule
TeamWork Starter is $49/month for the whole team — up to five seats and 250 assets. Pro is $119/month for 25 seats and 10,000 assets. Both plans include Preventive Maintenance, Asset Management, and Parts & Inventory.
Start your free 14-day trial — no credit card required. Or schedule a demo to walk through how TeamWork handles your specific machine types and PM requirements.