01
Production process complexity
Single-stage production is simpler than multi-stage work centers, BOMs, batches, rework, approvals and machine tracking.
Manufacturing execution system
Manufacturing Execution System for Production, Materials, Quality and Factory Visibility
Track production orders, work centers, material usage, quality checks, downtime, maintenance and shop-floor performance in one manufacturing operating system.
- production jobs, batches and work centers
- Orders
- raw material usage and finished goods movement
- Materials
- inspections, rework and traceability
- Quality
- output, downtime, waste and capacity visibility
- Reports
Factory operations software
An MES should show what is being produced, what is delayed and what it really costs
Manufacturing teams need visibility from production planning to shop-floor execution. If orders, material usage, downtime, quality checks and finished goods movement are not connected, managers make decisions after the fact.
DevOpsTech Softwares builds manufacturing execution systems for factories that need clearer production control, inventory movement, quality traceability, maintenance visibility and operational reporting.
The system can begin with work orders and production updates, then expand into quality checks, warehouse movement, asset maintenance, costing and management dashboards.
Solution at a glance
- Users
- Production managers, supervisors, operators, QA, stores, maintenance and finance
- Workflows
- Production orders, material issue, shop-floor updates, QA, downtime and reports
- Integrations
- Inventory, ERP, warehouse, procurement, assets, BI and finance modules
- Launch path
- Start with production tracking, then add quality, maintenance, costing and dashboards
Expert planning notes
What an MES scope should define before development starts
MES software sits between production planning and actual factory execution. Before development, we define how work moves through the factory, how materials are consumed, how quality is checked and how output should be reported.
| Area | What to define | Why it matters |
|---|---|---|
| Production structure | Products, BOMs, work centers, machines, production stages, batches, shifts, supervisors and operators. | The system needs to reflect how production actually flows, not a generic order list. |
| Work order logic | Planned quantity, actual quantity, start and end times, stage status, approvals, rework and completed goods. | Accurate work order status gives managers real-time production visibility. |
| Material consumption | Raw material issue, expected consumption, actual consumption, wastage, substitutions, returns and stock deductions. | Material tracking affects inventory accuracy, costing and loss control. |
| Quality control | Inspection points, checklists, pass/fail rules, defects, rework, batch history and approval roles. | Quality cannot be bolted on later. Traceability depends on when and where checks are captured. |
| Downtime and maintenance | Machine stops, reasons, duration, operator notes, maintenance requests, spare parts and resolution history. | Downtime visibility helps identify bottlenecks and protect capacity. |
| Manufacturing reports | Output, yield, waste, downtime, material variance, work center performance, batch traceability and cost views. | Useful reports depend on capturing the right production data at the right point. |
Scope and cost drivers
What usually changes complexity, timeline and budget
02
Inventory and warehouse links
Material issue, finished goods movement, stock deductions and warehouse transfers require careful integration design.
03
Quality and traceability needs
Checklists, batch history, defects, rework, approvals and audit trails increase scope but make the system more valuable.
04
Reporting and costing depth
Basic output reports are leaner. Yield, waste, downtime, material variance and production costing need deeper data capture.
Module directory
Core modules and workflows
01
Production orders and scheduling
Plan, release and monitor production orders by product, quantity, batch, date, shift, work center and supervisor.
- Order number, product, planned quantity, BOM, due date, priority, work center and release status.
- Shift assignment, supervisor assignment, operator notes, stage routing and production calendar visibility.
- Order status reports showing planned, active, paused, completed, reworked or cancelled jobs.
02
Shop-floor tracking
Capture real-time production updates from work centers, operators and supervisors.
- Start, pause, resume and finish events by operator, machine, stage, batch and shift.
- Actual output, rejected quantity, rework quantity, operator notes and supervisor approvals.
- Live production board for active jobs, delays, work center load and bottlenecks.
03
Materials and inventory consumption
Link production with raw material issue, consumption, returns, wastage and finished goods movement.
- Material issue from store, expected consumption from BOM and actual consumption by production order.
- Waste, scrap, substitutions, returns to store, batch numbers and stock deduction rules.
- Finished goods receipt, warehouse transfer, stock valuation and material variance reports.
04
Quality control and traceability
Digitize inspections, defects, rework, approvals, batch history and corrective actions.
- Quality checkpoints by stage, product, batch, inspector, checklist and pass/fail rule.
- Defect categories, rework instructions, hold/release status, corrective actions and approval history.
- Traceability reports from raw material batch to finished goods batch and customer dispatch where needed.
05
Downtime and maintenance visibility
Track machine stops, downtime reasons, maintenance requests, spare parts and resolution history.
- Downtime event, machine, operator, reason, duration, production impact and supervisor notes.
- Maintenance ticket creation, technician assignment, spare part usage and resolution confirmation.
- Downtime reports by machine, work center, shift, reason and production order.
06
Production dashboards
Give managers reports for output, yield, waste, downtime, material variance, work center performance and cost signals.
- Daily output, production plan variance, work center utilization, yield and rejection trends.
- Material usage versus standard, waste, scrap, rework and production delay analysis.
- Dashboards for plant managers, production supervisors, QA, stores, maintenance and finance.
User groups
Built for the teams who use the system daily
01
Production managers
Plan work, monitor output, detect delays, review utilization and act on production reports.
02
Supervisors and operators
Update job status, record output, capture downtime, report issues and close work stages.
03
Quality and maintenance teams
Run inspections, log defects, manage rework, track machine stops and close maintenance tasks.
04
Stores and finance
Control material issue, finished goods receipt, stock movement, variance and cost reporting.
Integrations and reporting
Connect payments, messages, records and management dashboards
Users
System modules
Integrations
Reports
Implementation path
A controlled route from requirements to supported launch
01
Map production stages
We document how raw materials move into production, how work orders pass through stages, which machines and operators are involved and how finished goods are received. The mapping includes BOMs, work centers, shifts, downtime events, scrap, quality checks, stock movement and production reports.
02
Design production data flows
We define work order logic, material issue rules, stage updates, operator inputs, quality records, downtime categories, finished goods receipt and dashboard calculations. This turns factory activity into structured data that managers can trust for scheduling, costing and performance decisions.
03
Build and test factory scenarios
We test production release, material consumption, batch tracking, partial completion, rejected output, rework, downtime capture, quality approval and finished goods movement. Inventory and production reports are compared so stock changes match what actually happened on the shop floor.
04
Launch and improve controls
We support rollout with pilot production lines, operator training, opening stock validation and supervisor review. After the factory team is comfortable, we can add costing, preventive maintenance, advanced dashboards, warehouse controls or ERP integrations.
Solution FAQs
Questions before implementing this system
Can MES software start with production tracking only?
Yes. We can launch production orders and shop-floor tracking first, then add quality, material variance, maintenance or costing in phases.
Can the MES connect with inventory?
Yes. The MES can connect raw material issue, consumption, finished goods receipt, stock movement and warehouse reports.
Can it support quality control and traceability?
Yes. We can build checklists, defects, rework, hold/release status, batch history and approval trails.
Need MES software that shows what is happening on the factory floor?
Tell us your production stages, material flow and reporting gaps. We will help define the right MES scope.