Türkçe 
English 
Production Management is a core ERP function that enables the production of the right product at the right time and at the right cost by planning demand, balancing capacity, regulating material flow, and collecting real-time data from the field . When properly configured, it optimizes inventory, improves on-delivery performance (OTF), reduces quality costs, and improves profitability. You can visit Centra's Production Management page for information on its approach and capabilities.
Scope of Production Management in ERP
Production planning and execution encompasses all steps including MPS (Master Production Plan), MRP (Material Requirement Planning), CRP (Capacity Requirements Planning), APS (Advanced Scheduling), Shop Floor Control , Quality , Maintenance , Traceability , and Costing . ERP synchronizes sales and warehouse with demand/stock; purchasing with supply; and finance with cost and budget.
Planning Hierarchy: MPS, MRP, and CRP
MPS defines final product targets based on confirmed orders and forecasts. MRP calculates component requirements using a multi-level BOM explosion; it generates net requirements with data such as current stock, open orders, and safety stock. CRP makes capacity load visible on a work center basis; it highlights bottlenecks and queue times. This trio balances production scarcity with demand.
Scheduling and Constraint Management with APS
The APS module performs forward/backward scheduling considering constraints such as setup/change times (SMED), alternative routes and templates, work center priorities, shift and maintenance schedules . What-if scenarios simulate the impact of overtime, outsourcing, alternative routes, or schedule dates, thereby increasing commitment date and delivery reliability .
Shop Control (SFC) and MES Integration
When work orders are dispatched to the field, events such as start/stop , part counter , error/reject notification , causal downtime , and operator assignment are recorded via the workstation terminal . Through MES/IoT integration, cycle times, downtime codes, and energy consumption are automatically collected by directly connecting to the machines. This data generates a real-time OEE (Availability x Performance x Quality) indicator.
Bill of Materials (BOM), Routing and Version Management
Bills of materials are defined with a multi-level BOM ; route and operation times are included in capacity calculations. Engineering changes ( ECO ) are managed in a versioned manner; parameters valid from a specific date are automatically reflected in MRP/APS. Alternative material and substitution lists reduce supply risk.
Production Modes: MTS, MTO, ATO, ETO
MTS (Make-to-Stock) scenarios are preferred for high volume and standardization; MTO (Make-to-Order) for order-specific configurations; ATO (Actual Assembly to Order) for semi-finished product stock and rapid assembly; and ETO (Design to Order) for project and engineering-intensive products. ERP integrates configuration rules and pricing (CPQ) with production.
Material Flow: Kanban, JIT, and Internal Logistics
Kanban cards, supermarket areas, and JIT replenishment rules are used for line feeding . Backflush consumption automatically removes components when the operation is complete; single and bulk material withdrawal scenarios are supported. WMS integration synchronizes point-of-use placement and milk run cycles.
Quality, SPC and Traceability
Input, process, and final quality control plans are integrated with AQL sampling , SPC (statistical process control), and NCR/CAPA workflows. Lot/serial tracking provides end-to-end traceability from raw materials to the customer. EBR (Electronic Manufacturing Record) and validation requirements are met in regulated sectors .
Maintenance (TPM) and Downtime Management
With the TPM approach, planned maintenance, predictive maintenance (vibration/temperature analysis), and breakdown maintenance are managed under a single umbrella. Downtime causes (mechanical, quality, material waiting) are coded; OEE losses ( Six Big Losses ) are made visible. Maintenance reserve parts are included in the MRP scope to prevent stockouts.
Costing, Efficiency, and Variance Analysis
Standard costing, activity-based costing (ABC), and order-based costing scenarios are supported. Actual materials and labor are totaled at work order closing; variations (yield, scrap, time) are analyzed. Energy and maintenance costs are allocated to the product to calculate realistic profitability.
Sustainability and Energy Monitoring
Production involves recording energy, water, waste, and carbon indicators; energy metrics per unit of product ; and implementation of improvement cycles ( PDCA ) to reduce scrap and rework rates . Supply chain sustainability data (certifications, material origin) are linked to traceability records.
KPIs and Visualization
- OEE: Hourly/daily monitoring broken down by availability, performance, and quality.
- OTIF / Commitment Compliance: Schedule adherence and delivery reliability.
- Cycle Time & WIP: Work order cycle time and intermediate stock level.
- Scrap/Yield: Reject rate and root cause analysis.
- Unit Cost: Actual/standard deviation and profitability.
Sectoral Scenarios
Pharmaceuticals & Food: FEFO, lot/batch requirements, EBR and traceability; validation and quality-critical processes.
Machinery & Metal: Primarily ETO/MTO; multi-stage routing, outsourcing operations, and project costing.
Chemistry: Formulations, variance tolerances, batch combining, and safety/ADR regulations.
Electronics: Serial number-based tracking, line balancing, and test station integration.
Common Mistakes and Suggested Solutions
- Outdated BOM/route: Make ECO processes mandatory; use version validity dates.
- Lack of real-time data: Reduce manual feedback with MES/IoT integration.
- Bottleneck blindness: Standardize constraint-based scheduling and what-if scenarios with APS.
- The invisibility of quality costs: Report NCR/CAPA and rework costs at the product level.
- Maintenance planning disconnect: Prevent conflicts by integrating TPM and scheduling.
Implementation Roadmap
- Discovery & Data Cleaning: Standardization of BOM, routing, work center capabilities, and master data.
- Parameter and Policy Design: Lot policies, substitution, quality plans, and traceability levels.
- APS and MES Pilot: Live trial of a product line/family; measuring OEE and OTIF effects.
- IoT & Maintenance Integration: Data integrity with downtime codes, maintenance plans, and energy metrics.
- Dissemination & Continuous Improvement: KPI dashboards, daily Gemba meetings, and Kaizen projects.
FAQ – Quick Answers
Do I really need APS? In bottleneck multi-line configurations with frequent changes and short lead times, APS makes a huge difference.
How can I improve OEE? Identify downtime root causes, shorten changeover times with SMED, and reduce quality defects with SPC.
What should the traceability level be? Choose lot/series/individual tracking based on industry requirements and risk assessment.
Production Management with Centra ERP – Key Capabilities
Centra ERP Production Management provides end-to-end visibility with integrated MPS/MRP/CRP/APS planning, real-time shop control, MES/IoT integrations, OEE & energy monitoring, quality and traceability, TPM, and comprehensive cost analysis. It offers sustainable productivity increases with a business rule engine and KPI dashboards adaptable to industry requirements.
Conclusion and Call to Action
The Production Management module simultaneously enhances planning accuracy, schedule adherence, and cost control. Intelligent bottleneck management, line feed synchronization, and the digitalization of quality assurance processes increase speed, flexibility, and profitability . Review the Production Management page to evaluate the most suitable approach for your organization and create a data-driven transformation roadmap.
