Production management software: 10 top tools to consider

Production management software gives manufacturing managers, engineers, and stakeholders a live, detailed record of what’s happening on the floor from day to day, including:

• Which production orders are running ahead or behind
• Which machines and operators are performing below the standard cycle time
• Where quality rejects are clustering and how today’s shift compares to the last dozen

Without that additional software layer, the information a production manager has to rely on is rarely complete. Status boards run a few hours out of date, while their read on which line is struggling comes from whoever complained most recently.

None of this reveals the real patterns that could help improve the manufacturing process, so those patterns stay invisible until someone happens to notice them.

To help overcome these problems, this guide covers:

• What production management software does
• The core operational features worth prioritizing when you’re in the market for a new tool
• How the leading production management platforms compare
• How to decide between tools depending on how complex your operations are

What is production management software?

Production management software tracks a job while it’s running on the floor. It answers questions about which work order is on which machine, who’s assigned to it, how much has been produced against the target, and where an issue, like a quality reject or an unplanned stoppage, will need immediate attention.

At a basic level, production management software is used for:

• Work order tracking: Knowing exactly where each job is in the process
• Machine and labor status: Which machines are running, idle, or down, and which operators are assigned where
• Downtime and exception logging: Capturing stoppages, material shortages, or quality holds as they happen
• Quality checks in the moment: Flagging rejects and defects tied to the specific job, machine, or operator involved, rather than waiting to catch them during post-production inspection
• Shift-level output tracking: Comparing output against the target in real time, not at the end of the day

Together, these give managers a live, detailed read on the floor, which they can use to keep themselves informed and plan their approach to upcoming orders, resource allocation decisions, and maintenance tasks.

What production management software is not

As with many specialist software options, it’s as important to define production management software by what it can’t do as it is by its core features.

Production management software is different from:

• Production planning software, which handles scheduling, resource management, and capacity planning during pre-production, before a job starts running
• ERP (enterprise resource planning) systems, which handle accounting, procurement, and inventory management across the whole business, not just the floor
• Warehouse management systems (WMS), which track material movement, not the production process itself
• CRM (customer relationship management) systems, which handle sales management and customer relationships, not what’s happening on the floor

The closest overlap is with MES (manufacturing execution system) software. In fact, the term is often used almost interchangeably with production management software, though MES leans more specifically into machine-level data collection and shop-floor execution control.

You’ll also sometimes see this category marketed as “manufacturing production scheduling software,” particularly when the tool leans more heavily toward the planning side of the job.

With this in mind, here’s what to look for when you’re evaluating tools.

Key features and benefits of production management software

Not every tool that tracks production helps you run it better. In our experience, these are the features that will make the biggest difference, and the benefits you can expect.

• Real-time work order visibility: With the best production management software, you should be able to see exactly where every job sits on the floor in the current moment. That way, problems get caught while there’s still time to react, instead of surfacing at the end of a shift.
• Machine and labor status tracking: A tool should show in real time which machines are running, idle, or down, and which operators are assigned to what. That turns a long-winded floor walk into a two-minute check on a screen when you need an update.
• Downtime and exception logging: Stoppages and material shortages should be captured automatically as they occur, with data showing the reasons for them attached. Over time, this builds a record showing which machines or shifts are really driving downtime.
• In-the-moment quality tracking: Rejects and defects need to be tied to the specific job, machine, operator, or material lot involved, not just logged as a generic count. That link is what makes it possible to trace a quality problem back to its real cause.
• Shift-level output reporting: The tool should continuously compare what’s being produced against the target, not just as an end-of-day summary. Catching a shortfall mid-shift gives a supervisor room to get back on track.
• Historical and trend reporting: The platform you choose should let you look back over days or weeks to spot patterns, such as a consistently running-behind shift. These trends, rather than individual alerts, are where the deeper insight comes from.
• Shop-floor input built for the floor, not the office: Data entry should work from a tablet, terminal, or barcode scan on the floor itself rather than requiring someone to walk back to a desk. Tools that only work from a desktop tend to get used inconsistently, which compromises the accuracy of everything you build on that data. 
• Integration with planning and accounting systems: A production management tool should be able to pull in the plan from a scheduling or ERP system and push actuals back out, rather than operating as an island. That keeps inventory control and the numbers upstream and downstream in sync.
• Role-based views for different users: Operators and supervisors need different levels of insight. When you give each role a custom view of the same data, it’s easier for team members to locate the information they need without wading through irrelevant records. 

We looked at each tool’s strengths across many of these areas as we compared the production management software in the next section.

The best production management software

At Wrike, we’ve worked with manufacturers across industries and seen how much of a gap there can be between what a plan says and what’s really happening on the floor.

To build this list, we evaluated how each tool stacks up to the feature list above and made sure to include a mix of lightweight execution tools and more full-featured MES systems, since the right fit depends heavily on how complex your floor operations are.

1. MRPeasy: Shop-floor execution built into a lightweight MRP system

Best for small manufacturers who want production tracking, inventory, and scheduling handled in one affordable system, without paying for a dedicated MES or a full ERP.

MRPeasy is a cloud-based manufacturing system built specifically for small manufacturers, and its shop floor features run on the same system that handles communication, inventory, and production planning.

On the floor, workers can log progress through an internet kiosk on any connected device, and each worker sees their own upcoming tasks through a personal, real-time schedule view. Managers get a corresponding view of every operation in progress, with manufacturing orders displayed as a list, calendar, or Gantt chart, so a delay on one job can be weighed against the rest of the schedule.

Production control features track first-pass yield, overall equipment effectiveness, and other floor-level KPIs, and lot and batch traceability follow materials end-to-end, which matters for manufacturers who need to trace a defect back to its source. Barcode scanning, a maintenance management system, and multi-site support are available on MRPeasy’s higher-tier plans, along with integrations with platforms such as Shopify and QuickBooks Online.

MRPeasy is one of the most affordable tools on this list, but it can come with a tradeoff. This tool is built for small and midsize manufacturers running relatively straightforward production, and manufacturers with complex, multi-site, highly regulated operations will likely find the deeper machine-level data capture and compliance tooling in a platform like Tulip or DELMIAWorks a better match.

2. Siemens Opcenter Execution: Industry-specific MES for complex and regulated production

Best for large manufacturers in regulated or highly complex industries who need an MES built for their production type rather than configured into it.

Siemens handles production management through Opcenter, its manufacturing operations management portfolio. The execution layer is Opcenter Execution, which is more of a family of manufacturing execution systems rather than a single product. These include:

• Electronics for PCB
• Process for process manufacturing
• Discrete for job shops and complex assembly
• Medical Device and Diagnostics for electronic device history records
• And more for the pharmaceutical, semiconductors, and other industries

As an aside, Siemens recently launched Opcenter X — a cloud-native, SaaS variation of the Opcenter ecosystem.

Regardless of the specific variant, Opcenter offers a few key capabilities. For example, production tracking covers the status and disposition of work with forward and backward traceability of components through each end product. The system documents regulatory and quality requirements as production runs rather than as a separate compliance exercise afterward. 

Additionally, the resource management capabilities track material movement and transfers between and within work centers. Equipment tracking monitors usage by elapsed time and production quantity, so a machine doesn’t outrun its maintenance interval.

3. Wrike: Flexible coordination alongside the production floor

Best for manufacturers who need production status connected to product development, quality, and business teams.

Wrike is an all-in-one work management platform for cross-functional teams, and its core advantage for manufacturers is flexibility. While not a full manufacturing execution system, Wrike is built to connect production status to the rest of the business.

Rather than forcing every team onto one fixed production workflow, Wrike adapts to how your specific processes run. It keeps that data about those processes in one connected place, so product development, quality, and business teams see the same status the floor does, updated automatically as soon as a task changes.

Wrike’s time tracking and mobile access features let people log updates from wherever they’re working.

That might be an operator logging time against a work order right at the machine, from a tablet mounted at the workstation, or a plant manager checking status in their mobile app during an off-site supplier visit. Either way, the data comes from the team members who are actually doing the work, not a status board someone has to remember to update at the end of the day.

Wrike’s AI, Work Intelligence®, builds on that same data to flag capacity risk before it turns into a delay. Workload charts show effort per person against what’s actually available, and if a quality hold on one work order is going to push back the next job that depends on it, Work Intelligence® surfaces that risk as soon as the numbers point to it.

Wrike’s Dashboards turn all of that into a live view of where a project or product line stands, and our workflow automation features act on what the dashboard shows, routing and updating tasks automatically as each stage is completed. For example, Electrolux’s design team cut email volume by 50% and time spent per project by 30% after automating handoffs this way.

4. Plex: Cloud-native MES with ERP and quality on the same platform

Best for multi-site manufacturers in discrete, food and beverage, or regulated production who want execution, quality, and ERP running in one cloud system.

Plex, part of Rockwell Automation, is a multi-tenant SaaS platform that unifies MES, ERP, quality management, and supply chain. Plex markets the architecture as an elastic MES where modules deploy individually. This lets manufacturers start with production tracking and add quality or maintenance later without a full system replacement.

Plex runs edge-to-cloud rather than cloud-only, so local execution continues at the plant during a network interruption while centralized visibility and analytics stay in the cloud. Specifically, the platform uses localized edge orchestration to maintain shop-floor uptime.

For multi-site operations, a single cloud instance handles configuration, monitoring, and updates across all plants through a single interface, and template-driven deployment replicates a working process from one plant to the next rather than rebuilding it.

Quality management is another big advantage for Plex. Plex Quality Management System (QMS) runs in tiers from core through advanced, supplier, and total quality management, so quality data sits in the same system as production instead of a parallel tool someone has to reconcile.

5. AVEVA: Production accounting and delay analysis for process and heavy industry

Best for continuous and process operations in mining, metals, chemicals, or energy that need to account for downtime, losses, and throughput across an entire value chain.

AVEVA Production Management, formerly Ampla or Ampla Operations Management, is built for process and heavy industry rather than discrete manufacturing. It doesn’t route work orders through the shop floor. It builds one contextualized record of production, downtime, and inventory across sites, then feeds it into planning, scheduling, and ERP systems.

Its core capability is delay accounting. It captures downtime, throughput delays, and quality losses, and moves asset utilization toward a maximum sustainable rate target. Then, root cause analysis identifies both where a loss occurred and why. Shift logs also capture what control room operators and field personnel know about staffing, campaigns, procedures, and safety events, which is the context that machine data alone never contains.

Additionally, the KPI calculation engine computes metrics across the enterprise and refreshes them automatically when data arrives late. AVEVA’s mobile operator client lets field workers log shift information and classify events from a tablet, with Microsoft Teams integration for notifications on unplanned events.

AVEVA also reports energy and water use in the production context and captures overconsumption events for root cause analysis, which matters for operations under sustainability reporting obligations.

6. Tulip: No-code frontline operations for real-time floor control

Best for manufacturers, especially in regulated industries, who want to build their own shop-floor apps without writing code.

Tulip describes itself as the industry’s leading frontline operations platform, built to give manufacturers real-time visibility and control over what’s happening on the floor.

Production tracking runs through live dashboards, including OEE (overall equipment effectiveness) tracking, so a team can see machine performance alongside output rather than calculating it separately.

Digital job management and work instructions guide operators through each task in the app itself, and a no-code app builder, including AI-assisted app generation from existing SOPs, photos, or diagrams, lets a team build these tools without a developer.

Quality management is handled in line, with inspections built into the workflow itself rather than treated as a separate step. Non-conformance gets logged and managed directly, and electronic batch records support traceability requirements. Equipment logbooks track maintenance and calibration schedules alongside production data, so a machine’s upkeep history sits next to its output history.

Tulip is built with larger, often regulated operations in mind: pharmaceutical, aerospace and defense, medical devices, and industrial manufacturing, and its multi-site, role-based governance features reflect that. Smaller manufacturers without dedicated technical resources to build out apps, even no-code ones, may find it more platform than they need.

7. DELMIAWorks: Combined ERP and MES with AI-powered quality control

Best for small- to mid-sized manufacturers who want quality control and production tracking built into the same system as their ERP.

DELMIAWorks, from Dassault Systèmes, combines ERP and manufacturing execution system functionality into one platform, positioning itself as an end-to-end solution that connects information and workflows across the business.

Quality control is the standout feature. The platform’s AI-powered visual inspection claims up to 90% higher accuracy than manual inspection, and integrated quality management covers defect tracking, audits, traceability, and regulatory compliance in the same system used to run production. For manufacturers where quality documentation matters as much as output, that integration eliminates the need to maintain a separate system.

Real-time monitoring covers production, inventory, schedules, and quality together, which DELMIAWorks says helps manufacturers see what’s happening and react faster to issues, identifying bottlenecks before they cause bigger delays. Real-time analytics and predictive insights extend that further, aiming to flag maintenance needs before a slowdown happens on the line.

DELMIAWorks is built for small- to mid-sized manufacturers and mid-market companies in discrete manufacturing, plastics, automotive, aerospace, and medical devices specifically. Combining ERP and MES in one system is a strength for manufacturers who want a single platform, but it can also mean a longer implementation than a lighter, single-purpose execution tool.

8. NetSuite: Shop floor control inside a full enterprise ERP

Best for manufacturers who want production tracking built into the same ERP that runs the rest of the business, especially at scale.

NetSuite includes shop floor control features that provide managers with real-time monitoring and mobile access to production floor activity.

Managers can track work orders and machine performance from a mobile warehouse app instead of physically checking the floor, and respond to developing issues, like a machine running behind or a shift falling short, before it compounds. Material requirements planning includes what-if analysis, so a disruption to a live production run can be modeled against alternative supply plans immediately, including which purchase orders might need to be expedited, rather than reworked from scratch later.

Supply chain snapshots bring together lead times, inventory costs, and production schedules in one view, giving managers the same supply chain management visibility that finance already has, so that a production issue can be assessed against its knock-on effects elsewhere in the business rather than in isolation.

NetSuite says it serves companies of every size, but its depth as a full ERP means production tracking comes bundled with finance, procurement, and broader business systems that a smaller manufacturer may not need yet. For a manufacturer whose only requirement is shop-floor execution tracking, NetSuite is a heavier commitment than a purpose-built execution tool would be.

9. WhereFour: Traceability-first execution for regulated, lot-based manufacturing

Best for manufacturers in food and beverage, cosmetics, or other lot-based industries who need audit-ready traceability built into daily production tracking.

WhereFour is built around a work-order-driven production module with traceability as its central feature, tracking your process from the raw materials at intake through the finished product you deliver.

The platform offers forward-and-backward traceability with one click, and can generate a full recall report in under two minutes, pulling from lot-level inventory records across every location a batch has touched. Real-time lot tracking supports FIFO, FEFO, LIFO, and custom lot-selection methods, so the system matches how a specific manufacturer needs to rotate stock rather than forcing one method.

Production tracking automatically calculates the cost of goods sold as a job runs, providing instant visibility into actual production expenses rather than requiring a monthly reconciliation. An AI-assisted compliance module centralizes documentation, certificates of analysis, lab results, SOPs, and lot records, so audit readiness doesn’t require a team to pull records from several places under time pressure.

WhereFour is built for growing manufacturers across multiple industries, with food and beverage, cosmetics, and nutraceuticals as its strongest fit, given the emphasis on traceability and compliance. Manufacturers outside of lot-based or regulated production, discrete manufacturers building one-off products rather than tracking lots, may find its core strength less relevant to their operation.

10. Prodio: Shop-floor time tracking and order status for small manufacturers

Best for small manufacturers who want workers logging progress directly from the floor, without the cost or complexity of a full MES.

Prodio has run as a cloud production management platform for small and medium manufacturers since 2016, built around workers registering task start and end times themselves.

Centralized production order management shows order status, the assigned worker, the current production stage, and a projected delivery date, all in one view rather than spread across a paper traveler and someone’s memory. Workers register progress through a simple online interface, and a clock-in feature lets someone scan in and start work immediately.

Time and attendance tracking captures clock-in and clock-out times, breaks, and lateness alongside production data, so labor and output sit in the same system instead of two separate ones. A product knowledge database maintains specifications and assembly instructions that grow over time, doubling as a training resource for new hires.

Prodio serves a range of small-shop industries, including CNC machining, carpentry, packaging, injection molding, and food and beverage. It doesn’t offer machine-level OEE tracking or AI-driven quality inspection that larger platforms like Tulip or DELMIAWorks provide, which fits its lighter, more affordable positioning.

How to choose the right production management software

Picking the right tool for your team comes down to matching it to the complexity of your floor operations and the pressure you’re under from industry regulations and traceability requirements.

As you start to compare platforms, these are usually the factors that can tell you most about whether a tool will be a long-term fit for your team:

• How complex your production is now and how complex it could get: A multi-site manufacturer needs to manage more than one line, and if you quickly outgrow the system you choose, it will force an avoidable migration in the near future.
• Whether traceability or compliance is a hard requirement: Food and beverage, pharmaceuticals, cosmetics, and other regulated or lot-based industries need audit-ready traceability built in from the start, since retrofitting it later causes problems.
• How much you want bundled with your ERP: For example, NetSuite and DELMIAWorks fold production tracking into a larger system that also runs finance and procurement, which matters more at scale. Others, like Prodio, focus solely on production and inventory.
• Whether it needs to connect to teams outside the plant: If production status needs to reach product development, quality, or business teams directly, a flexible platform like Wrike may be a better fit than a specialized tool used only by the floor.
• How the tool gets used on the floor: A system that needs your team to walk back to a desk to log updates gets used inconsistently, and data you can’t trust is worse than no data at all.

How Wrike supports production management

The list of tools above should have shown you how Wrike can fit into your production management systems compared to other big-name tools. To give you a better idea of how our platform could meet your team’s needs, here’s a closer look at the features that matter most once your production cycle is up and running.

Remember, all the production management features included with Wrike are based on the latest data about your processes and automated workflows, which can be entered either on desktop or through the mobile app from the shop floor.

Automated routing when a task needs attention

Wrike’s workflow automation reassigns, escalates, or notifies the right person the moment a task’s status changes, so a manager doesn’t have to notice that a task has stalled and track down who’s supposed to pick it up.

Rules can be scoped to one production line or applied across every project running through the plant, triggering a status change, a custom field update, or a tag the moment a condition is met.

Team members are also automatically notified in their personal Wrike dashboard or via integrations with tools like Slack, Microsoft Teams, or email, so they can get moving as soon as a work item is assigned to them.

Custom request forms for logging issues as they happen

Wrike’s dynamic request forms can be built specifically to flag a production issue, such as a quality hold or a material shortage, so a manager receives consistent, structured information the moment something goes wrong, rather than piecing it together from a message thread after the fact.

Forms can use conditional logic, so the questions change depending on what’s being reported. A quality hold might prompt for the batch number and defect type, while a material shortage prompts for the supplier and quantity needed, instead of one generic form that tries to cover every scenario.

Once submitted, a request can be converted directly into a task and automatically routed to the right team. This level of automation is the difference between an informed, on-the-spot decision and management losing hours to figure out what actually went wrong.

Time tracking from wherever work happens

In Wrike, time-tracking data can be logged for a specific task or project as it’s worked on, rather than reconstructed from memory at the end of the week. This gives managers a live read on labor allocation during a production run, so they can move someone to cover a gap immediately.

Once a timesheet is submitted, a lock date can prevent entries from being edited afterward, which keeps labor costs accurate for anyone using that data downstream, whether that’s calculating the true cost of a job or reconciling hours for payroll.

And because the data accumulates automatically, managers can also look back across several weeks to plan the ones ahead, staffing around periods that have consistently run long rather than guessing at capacity from memory.

Approval workflows for sign-offs

In Wrike, tasks like quality holds or exception approvals can be routed through a defined chain automatically, so the right person approves in the right order without a manager having to track down whoever’s next.

If an approval sits untouched, the task shows who it’s waiting on, so a manager can follow up with that person directly instead of asking around to find out who’s holding things up.

Every step gets recorded automatically as it happens, building a timestamped record of who approved what and when. That record becomes invaluable when an auditor or a customer asks for proof, since it’s already there rather than something a team has to reconstruct after the fact.

Dashboards built around what’s happening right now

Wrike’s project dashboards pull live status for every active job into one customizable view, including Gantt charts that show how each job’s timeline is tracking against the plan. Teams can see which jobs are running behind, which are ahead, and where there’s room to shift work before a delay in one line becomes a delay everywhere else.

Dashboards can also compare performance over time, by week, month, or quarter, so a manager isn’t just looking at today’s snapshot but can see whether a line’s performance is actually improving or sliding.

Robotics and automation company House of Design uses Wrike’s dashboards this way. As COO Ryan Okelberry put it, “We can identify where there might be a lull in workloads to strategically fit in smaller projects,” and this real-time status awareness can drastically improve efficiency on an active production floor.

If your floor needs machine-level data capture or inline quality inspection, Wrike won’t replace a dedicated MES. Its value lies in connecting what’s happening on the floor to the team with oversight and to the rest of the business in real time, so a production issue doesn’t impact the rest of the project.

Book a demo or start a free trial today to see how Wrike’s production management solutions could work for you.

Frequently asked questions (FAQs) about production management software

How much does production management software cost?

The price of production management software varies depending on factors like how much of the floor the tool covers. Lightweight execution tools built for small shops tend to use simple monthly subscriptions, while combined ERP-and-MES platforms like DELMIAWorks or NetSuite usually price based on company size, users, and modules.

Can small manufacturers use production management software, or is it built mainly for large operations?

Small manufacturers can use production management software. Several tools are built specifically for small manufacturers, rather than scaled-down versions of enterprise software. Because of the range of platforms on offer, the deciding factor is often the complexity of your floor operations, not the number of employees you have.

Does production management software require special hardware, like barcode scanners or tablets?

The equipment you need depends on the tool and how deep you want the floor data to go. Basic tools can run on a tablet or a shared computer on the floor, while more advanced tracking features, like OEE monitoring or barcode-based lot tracking, usually require dedicated scanners or terminals.

How long does it take to see results after rolling out production management software?

Most manufacturers see cleaner data within the first few weeks of implementing production management software, once workers get used to logging updates consistently. The bigger shift, where the volume of data you’ve gathered helps you spot patterns, and the software optimizes how the floor runs, tends to take a few months of real use.

Can one tool handle both production planning and production management, or do I need two separate systems?

Some platforms handle both manufacturing planning and execution within a single system. Others are built for one job specifically, which is why a lightweight execution tool is sometimes paired with a separate planning or scheduling system rather than replaced by an all-in-one platform.