Discrete Manufacturing Scheduling
Work orders are sequenced across work centres to minimize changeovers and idle time.
Production Planning & Control
Master Production Schedule, work orders and shop floor scheduling that keep production aligned to real demand and capacity.
A schedule the shop floor can hit
Terminology notes: US manufacturers call this module Production Planning & Control (PPC), built around a Master Production Schedule (MPS) - the specific, dated build plan that MRP is calculated from. Larger operations layer Advanced Planning & Scheduling (APS) on top for finite-capacity scheduling.
Krivox implements production planning as the bridge between "what we sold" and "what the shop floor builds today." The MPS sets the build plan by item and date; work orders are released against it with the BOM and Routing attached; and shop floor scheduling sequences those work orders against real work centre capacity, so the schedule reflects what your equipment and people can actually do, not just what's on order.
- Master Production Schedule (MPS) by item, date & quantity.
- Work order release with attached BOM and Routing.
- Finite-capacity scheduling against work centre availability.
- Real-time work-in-process (WIP) tracking by operation.
- Labor and machine time reporting against standards.
- Exception alerts for late orders and capacity overloads.
Where it's used
Make-to-Order Production
Custom work orders are released and scheduled the moment an order is confirmed.
Capacity Planning
Overloaded work centres are flagged before they become a missed ship date.
Labor & Machine Reporting
Actual run times feed back into standards for more accurate future scheduling.
How we build it
Is your production schedule based on real capacity or hope?
Let's build a master production schedule your shop floor can deliver on.
FAQs
What is the difference between production planning and production scheduling?
Production planning and Control determines what to produce, how much to produce and when production should happen. Production scheduling goes into greater detail by deciding the sequence of jobs, work centers, machines and production times. Together, they help manufacturers align customer demand with available materials, labor and production capacity. This allows teams to create realistic production timelines and respond effectively when priorities change.
How does MRP help with production planning and control?
Material Requirements Planning (MRP) calculates the materials and components needed to meet production requirements. It considers factors such as demand, BOMs, current inventory, open purchase orders and lead times. This helps manufacturers identify shortages early, plan purchases and ensure required materials are available when production starts. By linking material requirements with production plans, MRP can also help reduce excess inventory and avoid unnecessary purchasing.
How does production planning software handle material shortages?
Production planning software compares required materials against available inventory and incoming supplies to identify potential shortages. Planners can then review purchase requirements, adjust production schedules or prioritize available materials. This helps reduce production delays caused by missing raw materials or components. Having early visibility into shortages also gives purchasing and production teams more time to take corrective action.
Can a Production Planning and Control system help with capacity planning?
Yes. A Production planning and Control (PPC) system helps manufacturers compare planned production workloads with available machine, labor and work center capacity. It can highlight overloaded resources and potential hurdles, allowing planners to adjust schedules, allocate work differently or add capacity before production is affected. This helps manufacturers create achievable production plans and make better use of their available resources.
How does a Production Planning and Control system manage work orders?
A Production planning and Control (PPC) system creates and tracks work orders with details such as products, quantities, materials, operations and production timelines. Teams can monitor order progress from planning through completion and compare planned production with actual output, helping identify delays and keep production activities organized. This gives production managers a clearer view of ongoing jobs and helps coordinate shop-floor activities effectively.
Can PPC software support make-to-stock and make-to-order manufacturing?
Yes. Production planning software can support make-to-stock production based on forecasts and inventory requirements, as well as make-to-order production driven by customer demand. It helps planners consider material availability, production capacity, lead times and delivery requirements when creating production plans. This makes it easier to manage different production strategies while keeping manufacturing activities aligned with actual business demand.
What should manufacturers look for in Production Planning and Control software?
Manufacturers should look for Production planning and Control (PPC) software with production planning, MRP, capacity planning, scheduling, BOM, work order and production tracking capabilities. Integration with inventory, procurement, sales and other business systems is also important for maintaining accurate information and giving planners better visibility across manufacturing operations. The software should also be flexible enough to support the manufacturer's production model and adapt as operational requirements change.
How does production planning software help manage changing demand?
When demand changes, production planning software helps manufacturers understand its impact on materials, inventory, capacity and production schedules. Planners can adjust production quantities, reschedule orders, review purchasing requirements or prioritize specific jobs based on current business requirements. This allows production teams to respond to changing customer requirements without relying on disconnected spreadsheets or manual calculations.