CMMS Software for Manufacturing

A CMMS is a computerized maintenance management system: the software a plant uses to schedule preventive maintenance, run work orders, track asset history, and manage spare parts.

In a plant it is what replaces the whiteboard, the binder of PM checklists, and the spreadsheet of what broke last quarter. The point is knowing what is due, what failed, and what it cost, per asset and per line.

UpKeep is priced per user per month, so cost scales with how many people create and close work orders rather than how many assets you have.

Requesters, operators reporting a problem, do not need a paid seat, which is what keeps it affordable to roll out across a whole floor. See the pricing page for current tiers.

A CMMS is focused on maintaining equipment: work orders, PMs, parts, and technicians. An EAM takes a wider view of the asset over its whole life, adding capital planning, depreciation, and long-range replacement.

UpKeep covers CMMS work in full and adds the EAM-style pieces, asset condition and replacement forecasting, through Capital Planning. Plants running a large formal EAM programme on Maximo or SAP usually keep it and use UpKeep where the floor actually works.

Yes, and it is not trying to replace it. The ERP stays the financial system of record; parts consumption and purchase orders flow back to it through the API and prebuilt connectors.

UpKeep is also not an MES. It does not schedule production, run the line, or sequence jobs through your PLCs. Plants that need production scheduling and on-machine quality keep those where they are and run maintenance alongside.

Yes. PMs can trigger on a date, a meter reading, hours run, or a sensor reading through Edge. Most plants use a mix: quarterly inspections on a calendar, and bearing or oil changes on hours.

This is usually the single biggest change for a plant, because calendar-only PMs either over-service equipment that is idle or miss equipment that is running hard.

Yes. The mobile app is how most technicians use UpKeep. Work orders, asset history, procedures, and parts are all available on a phone, and it keeps working in areas of the plant with no signal, syncing when the device reconnects.

Battery-powered wireless sensors mount on the asset and report to a gateway over 900 MHz, up to about 1,200 ft with no line of sight required. One gateway covers 50 or more sensors, so most plants need one per building.

A reading outside the range you set opens a work order against that asset automatically.

The one your technicians will actually open. Most CMMS failures are adoption failures, not feature gaps, the software gets bought on a spec sheet and then nobody on the floor uses it.

When you evaluate, put the mobile app in a technician's hands before you buy, check whether PMs can trigger on runtime rather than only dates, and confirm that reporting a problem does not require a paid seat. Those three things predict whether the rollout holds.

It does when it moves work from reactive to scheduled. One manufacturer on UpKeep went from about 60% reactive work to 20% and raised mean time between failures from roughly 80 hours to 240.

The mechanism is not complicated: PMs happen on time, failures get recorded against the asset, and the assets causing the most downtime become obvious enough to fix or replace.

Weeks, not quarters, if you scope it properly. Most plants start with one line or one area rather than the whole site: import the asset list, set PMs on the equipment causing the most downtime, and get technicians on the mobile app.

Sensors and additional apps come later, once the work order habit holds.