Advanced Planning and Scheduling Software for Manufacturers

PlanetTogether Advanced Planning and Scheduling (APS) helps manufacturers build realistic production schedules around capacity, materials, labor, routings, changeovers, due dates, and plant-specific constraints. Explore how APS supports batch, discrete, process, and multi-site manufacturers across food and beverage, life sciences, chemicals, aerospace and defense, industrial machinery, metal fabrication, mobility, high-tech, and printing and packaging.

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Advanced planning and scheduling software, often called APS software, helps manufacturers create realistic production schedules based on actual plant constraints. PlanetTogether APS uses capacity, materials, labor, routings, changeovers, due dates, inventory, and ERP/MES data to show what work can run, when it can run, and where constraints may affect the schedule.

Unlike spreadsheets or basic ERP scheduling, APS software gives planners a constraint-aware view of production. Instead of rebuilding schedules manually or relying on rough promise dates, manufacturers can evaluate bottlenecks, compare what-if scenarios, and publish schedules the plant can realistically execute.

For manufacturers with complex production environments, APS software supports better on-time delivery, capacity planning, schedule optimization, and visibility across planning, operations, and the shop floor.

ERP, MRP, MES, Excel, and APS all support manufacturing planning, but they solve different parts of the scheduling problem. ERP manages business records, MRP calculates material needs, MES tracks shop-floor execution, and Excel gives planners manual flexibility. APS is the scheduling layer that turns business, material, and shop-floor data into a realistic production schedule.

System	Primary Role	Where APS Adds Scheduling Value
ERP	Manages orders, inventory, purchasing, financials, and business records.	Turns ERP demand, order, inventory, and routing data into realistic production schedules based on capacity, labor, materials, changeovers, and due dates.
MRP	Calculates material requirements and supply/demand needs.	Aligns material plans with finite capacity so planners can see whether materials and resources are available before work is scheduled.
MES	Tracks shop-floor execution, production status, and actual performance.	Uses shop-floor status to adjust future schedules, identify bottlenecks, and respond when production runs ahead, falls behind, or changes unexpectedly.
Excel	Gives planners manual control over schedule changes and local workarounds.	Replaces manual schedule rebuilding with shared, constraint-aware scheduling, what-if analysis, and visibility across teams.
APS	Creates realistic, constraint-aware production schedules.	Shows what can realistically run, when it can run, what constraints are in the way, and how schedule changes affect the rest of the plant.

ERP, MRP, MES, and Excel all provide useful planning data, but they are not designed to create a fully constraint-aware production schedule on their own. APS software helps manufacturers connect business data, material availability, shop-floor status, and plant constraints into one schedule planners can trust.

Capacity Planning

See demand against available machines, crews, tooling, and resources. Identify overloaded work centers and open capacity before schedule conflicts affect delivery.

Schedule Optimization

Sequence work around capacity, materials, changeovers, priorities, and due dates. Compare scheduling options to reduce avoidable changeovers, protect key resources, and build a schedule planners can trust.

Bottleneck Management

Find the resource that limits throughput, whether it is a machine, work center, tool, crew, or material. Make bottlenecks visible before they disrupt production.

What-If Scenario Planning

Test schedule changes before committing them to the plant. Compare the impact of rush orders, demand shifts, supplier delays, downtime, or labor changes before publishing a new schedule.

Material Availability Planning

Connect material availability to the production schedule. See material gaps earlier, avoid scheduling work before inventory is available, and align production timing with supply.

Capacity Planning

Schedule Optimization

What-If Scenario Planning

Analytics

Inventory Planning

Capacity Planning

Capacity planning with PlanetTogether APS ensures you make the most of your available machines, labor, and resources. By matching workload to actual capacity, you can avoid over-scheduling.

This helps reduce bottlenecks and increase throughput. You can also clearly see when you can take on new orders without worrying about delays or extra costs.

Capacity Planning

Schedule Optimization

Our APS system helps you produce optimized schedules, quickly generating the most efficient production sequence for your unique constraints. The result is fewer changeovers, reduced downtime, and a schedule you can trust no matter how complex your shop floor becomes.

Schedule Optimization

Bottleneck Management

Ensure your bottlenecks are visible. Real-time insights allow you to identify and resolve issues before they hinder your operations. This approach helps maintain smooth operations and prevents costly delays in your manufacturing processes.

Bottleneck Management

Analytics

Provide management and executives with high-level dashboards and analytics that reveal real-time performance, trends, and operational bottlenecks. With this visibility, leaders can guide growth, set priorities, and make decisions based on data.

Analytics

Inventory Planning

Incorporate inventory planning into your scheduling process. This ensures the availability of necessary materials, preventing both overstock and shortages. It results in more efficient production, lower carrying costs, and more dependable deliveries.

Inventory Planning

APS software is worth evaluating when your production schedule changes faster than your current tools can keep up. If planners rebuild schedules manually, rely on rough ERP/MRP dates, or spend too much time reacting to disruptions, your scheduling process may have outgrown spreadsheets or basic planning tools.

APS may be worth evaluating if two or more of these are true:

Planners rebuild production schedules manually.
Rush orders, shortages, downtime, or labor changes force frequent rescheduling.
Capacity, labor, materials, tooling, or changeovers often limit the schedule.
ERP/MRP dates do not reflect what the plant can actually run.
Teams need better visibility across ERP, MES, inventory, labor, or supply chain data.

If two or more apply, APS software is worth evaluating. How APS-ready is your scheduling? Get a clear view of your scheduling maturity and where to focus next.

ROI area	How APS helps
On-time delivery	Identifies at-risk orders earlier so planners can adjust priorities before due dates are missed.
Overtime and expediting	Shows capacity conflicts, material issues, and schedule tradeoffs earlier, helping teams reduce last-minute firefighting.
Changeover reduction	Supports better sequencing so planners can reduce unnecessary setup time and product-family switching.
Throughput	Helps identify bottlenecks and evaluate ways to increase output before adding equipment or labor.
Planner productivity	Reduces manual schedule rebuilding with constraint-aware scheduling, what-if analysis, and shared visibility.
Inventory and WIP	Helps align production timing with material availability, demand priorities, and realistic capacity.

Reduce Manual Schedule Rebuilding

Identify Late Orders Earlier

Reduce Avoidable Overtime and Expediting

Improve Constrained Resource Utilization

A medical device manufacturer replaced outdated scheduling methods with PlanetTogether APS to improve planning visibility and reduce manual schedule coordination.

A snack manufacturer used PlanetTogether APS to improve sequencing, increase output, and reduce avoidable changeover time.

A motor vehicle manufacturer replaced manual planning with real-time APS scheduling to improve visibility and respond faster to production changes.

Advanced planning and scheduling software helps manufacturers create realistic production schedules around capacity, materials, labor, routings, changeovers, due dates, and ERP/MES data. APS software shows what work can run, when it can run, and which constraints may affect the schedule.

ERP systems manage orders, inventory, and business records. APS focuses on the detailed production schedule. It uses ERP data, then applies plant constraints so planners can see realistic start dates, finish dates, and capacity conflicts.

Consider APS when spreadsheets or ERP dates no longer show what the plant can run. If planners spend hours fixing schedules, chasing shortages, or managing bottlenecks by hand, APS can support better decisions.

PlanetTogether APS can connect scheduling with ERP, MES, labor, and supply chain systems. This helps planners align orders, materials, labor, and production status in one planning process.

Planners, schedulers, operations leaders, and plant managers use APS software. In practice, they use it to plan work, review capacity, manage bottlenecks, and protect customer due dates.

No. APS software typically works alongside ERP and MES systems. ERP manages business records and MES tracks shop-floor execution, while APS helps create realistic production schedules based on capacity, materials, labor, routings, changeovers, and due dates.

APS software can use data such as orders, inventory, routings, work centers, machine capacity, labor availability, due dates, changeovers, and shop-floor status. PlanetTogether APS can also use ERP/MES data to help planners build more realistic schedules.

APS software helps planners identify constrained resources before they disrupt production. Bottlenecks may include machines, work centers, labor, tooling, materials, or changeovers.

APS software lets planners test changes before publishing a new schedule. Teams can compare the impact of rush orders, material shortages, downtime, labor changes, or shifting demand before committing to a plan.

APS may be worth evaluating if planners rebuild schedules manually, ERP/MRP dates do not reflect what the plant can run, or frequent changes in orders, materials, labor, or downtime force constant rescheduling.

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