The top preventive maintenance software options for manufacturers in 2026 include Caddis, UpKeep, MaintainX, Fiix, Limble CMMS, eMaint, IBM Maximo, Brightly Asset Essentials, LLumin, and MPulse. Most of these are standalone CMMS platforms that schedule maintenance on fixed calendar intervals unless paired with a separate machine monitoring system to feed them real usage data. Caddis is built differently: machine monitoring and preventive maintenance run on the same platform, so maintenance triggers off actual cycle counts and run hours from day one, without buying and integrating two separate systems.

This guide is for manufacturing engineers, maintenance managers, and plant leaders evaluating preventive maintenance software. Below are the top 10 options, followed by the business case for why a built-in monitoring-plus-PM approach beats stitching together a CMMS and a separate monitoring tool.

Top 10 Preventive Maintenance Software for Manufacturers

1. Caddis

• What it is: A machine monitoring platform with a built-in preventive maintenance module, so PM tasks trigger off real cycle counts and run hours instead of a calendar date.
• Best for: Manufacturers that want usage-based maintenance without buying and integrating a separate machine monitoring system and CMMS.
• Notable: Connects to virtually any electrically powered machine, including decades-old equipment with no digital interface, through non-invasive sensors, PLC connections, or an API.

2. UpKeep

• What it is: A mobile-first CMMS built around fast technician adoption and simple work order creation.
• Best for: Small to mid-sized maintenance teams that want an easy-to-learn mobile app.
• Notable: PM scheduling is calendar or manually-logged-usage based; it doesn't natively pull live machine data unless integrated with a separate monitoring system.

3. MaintainX

• What it is: A mobile-first CMMS focused on work order execution and team communication.
• Best for: Small maintenance teams that need fast PM rollout and a strong mobile app.
• Notable: Like most CMMS platforms, PM triggers are time-based or rely on manually entered meter readings rather than continuous machine data.

4. Fiix (Rockwell Automation)

• What it is: A cloud CMMS with AI-assisted features, now part of Rockwell Automation's industrial software portfolio.
• Best for: Manufacturers wanting flexible PM triggers with a free entry tier to start.
• Notable: Can support usage-based triggers, but still requires a separate connected data source feeding it machine data to work in real time.

5. Limble CMMS

• What it is: A CMMS focused on quick implementation and asset hierarchy reporting.
• Best for: Mid-market teams that need better PM reporting without a lengthy rollout.
• Notable: Quote-based pricing model; usage-based PM still depends on an external monitoring integration.

6. eMaint (Fluke Reliability)

• What it is: A configurable, enterprise-grade CMMS from Fluke Reliability built for complex, asset-intensive maintenance programs.
• Best for: Larger operations with complex preventive maintenance scheduling needs across many asset types.
• Notable: Deep customization comes with a steeper learning curve and higher per-user pricing than lighter CMMS options.

7. IBM Maximo Application Suite

• What it is: Enterprise asset management software with built-in monitoring and AI capabilities.
• Best for: Large enterprises managing thousands of assets across multiple sites.
• Notable: Enterprise pricing and implementation complexity generally put it out of reach for small to mid-sized manufacturers.

8. Brightly Asset Essentials

• What it is: A cloud CMMS and asset management platform covering maintenance operations broadly, not manufacturing-specific.
• Best for: Organizations that need general asset and maintenance management across facilities, not just production equipment.
• Notable: Less manufacturing-specific depth than platforms built primarily around shop floor machine data.

9. LLumin

• What it is: A combined CMMS/EAM platform built around condition-driven maintenance workflows.
• Best for: Operations wanting condition-based triggers baked into the CMMS itself rather than bolted on separately.
• Notable: Still a maintenance-management-first platform rather than a machine monitoring platform with PM built in.

10. MPulse

• What it is: A flexible CMMS for maintenance scheduling and asset tracking.
• Best for: Manufacturers wanting a straightforward, configurable CMMS without enterprise-level complexity.
• Notable: Like most standalone CMMS tools, real-time usage-based triggers require a separate monitoring integration.

The Business Case for a Built-In PM Module Over a CMMS Plus Monitoring Stack

Every platform on this list except Caddis is a maintenance-management-first tool: it schedules and tracks work orders well, but it doesn't generate machine data on its own. To get true usage-based PM triggers out of any of these platforms, a manufacturer needs to also buy, install, and integrate a separate machine monitoring system, then keep both systems talking to each other correctly.

Two Systems Means Two Points of Failure

A CMMS plus a separate monitoring platform means two vendor relationships, two logins, two support queues, and an integration between them that has to keep working. If the integration breaks or falls out of sync, the CMMS reverts to calendar-based scheduling without anyone necessarily noticing right away.

Two Contracts Instead of One

Licensing a CMMS and a machine monitoring platform separately means paying two software vendors, often with separate per-user or per-asset pricing structures that don't discount for overlapping functionality. A combined platform consolidates that spend into a single contract.

One Data Source, Not Two Reconciled Ones

When machine monitoring and preventive maintenance live on the same platform, the same cycle count, run hour, and condition data that powers OEE and downtime tracking also drives maintenance triggers, with nothing to reconcile between systems. A separate CMMS receiving data secondhand from another platform introduces lag and potential sync errors that a unified system doesn't have.

Faster Time to Value

Standing up two separate systems and building the integration between them takes meaningfully longer than deploying one platform that already does both. Caddis connects to most machines within a couple of hours and the same connection immediately feeds both production metrics and the preventive maintenance module, with no separate integration project required.

FAQ

Do I need a separate machine monitoring system if I already have a CMMS?

If the CMMS only supports calendar or manually logged maintenance triggers, yes, a separate monitoring system is the only way to get real usage-based PM. A platform with monitoring and PM built in avoids that requirement entirely.

Is a combined monitoring and PM platform harder to set up than a standalone CMMS?

Not necessarily. Caddis, for example, connects to most machines within a couple of hours using non-invasive sensors or existing PLC connections, which is comparable to or faster than standing up a standalone CMMS alone, and it skips the additional integration work a two-system approach requires.

Can a built-in PM module handle a mixed fleet of different machine types?

Yes, provided the underlying monitoring platform can connect to each equipment type and capture the specific usage metric relevant to it, such as cycle count for a CNC or stroke count for a press.

Conclusion

Most preventive maintenance software on the market handles work orders well but still needs a separate machine monitoring system to deliver true usage-based triggers. Book a demo to see how Caddis combines machine monitoring and preventive maintenance in a single platform.