Production Management Software
Orders, operations, resources and deadlines in one organised flow.
MANUFACTURING SOFTWARE DEVELOPMENT
From planning to finished product.Every process under control.
We develop custom software for manufacturing companies that connects production, warehouse, machines and teams in a single system. Monitor processes, organise resources and make decisions with up-to-date information.
CNC-02Running
Production dashboardIllustrative demo
- Order
- Planning
- Production
- Quality check
- Finished product
- PO-1042Office desk T-120Order
- PO-1043Warehouse rack R-80Order
- PO-1044Metal cabinet D-60Order
Quantity recorded · PO-1042
24 / 40 pcs
Operator tablet · Assembly
StartQtyStopQuality
- Planning
- MES
- Inventory
- Industrial IoT
- Quality
- Reporting
CUSTOM SOFTWARE
Software that fits the way you manufacture.
Every manufacturer has different processes, equipment and needs. When information about orders, materials and production is spread across disconnected systems, it becomes harder to follow the work and spot delays.
At ENOR, we build production management software and platforms that organise production, connect information and support your team. We integrate the systems you already use and, where the equipment allows it, collect data from machines and sensors.
- Organised informationOrders, materials and statuses in one place.
- Traceable processesEvery step with time, owner and history.
- Data-backed decisionsReports from clearly defined sources.
PROBLEMS WE ADDRESS
When production moves, but information lags behind.
Each challenge maps to a concrete software capability. The aim is more clarity and control, not a promise that delays or errors will never happen.
Scattered planning
Orders, capacities and deadlines are managed in separate files.
Shared planningNo visibility on progress
The team has no common view of each order’s stage and blockers.
Execution with MESInaccurate inventory
Materials and products are not reflected in the system on time.
Warehouse and traceabilityDisconnected quality control
Results and non-conformities are hard to link to the product or lot.
Lot-linked qualityReactive maintenance
Equipment issues are handled only after they affect the work.
Maintenance plansDisconnected systems
Information is moved by hand between production, warehouse and administration.
Planned integrationsSOLUTIONS WE DEVELOP
From a single process to a connected production platform.
Development options that are selected and combined per project, not an off-the-shelf product with every module included.
MES Systems
Tracking and recording production execution, from planned work to results.
ERP for Manufacturers
Linking production with purchasing, inventory, sales and finance.
Machine Monitoring and IIoT
Collecting data from compatible equipment and sensors.
Quality Control and Traceability
Inspections, results, lots, serial numbers and non-conformity handling.
Equipment Maintenance
Maintenance plans, tasks, history and spare parts.
Automation and Integrations
Connecting systems and automating repetitive manufacturing steps.
Reports and Analytics
Views of production, downtime, quality and resource use.
MES (Manufacturing Execution System) tracks how work is executed on the shop floor. ERP (Enterprise Resource Planning) manages purchasing, inventory, sales and finance. IIoT (Industrial Internet of Things) connects machines and sensors to software.
PLANNING AND PRODUCTION ORDERS
Plan work by linking orders to resources.
A production planning system shows what has to be made, with which materials and on which work centre. Select an order in the demo to see its materials, operations and due date.
- Production orders
- Priorities and deadlines
- Materials and components
- Bill of materials — BOM
- Operation routings
- Work centres and machines
- Shifts and calendars
- Capacities and constraints
- Progress and rescheduling
BOM (Bill of Materials) is the list of materials and components needed to make a product.
Production orders
PO-1042 · Office desk T-120
Due: 14 JunMaterials (BOM)
- MDF panel 18 mm80 pcs
- Metal legs160 pcs
- M6 screws640 pcs
Operations
- 1. Cutting
- 2. Edge banding
- 3. Drilling
- 4. Assembly
- 5. Packing
Work centres
- Cutting line
- Welding & painting
- Assembly
For capacity-based planning we include availability, setup times and dependencies between operations where the process requires them.
MES AND PRODUCTION EXECUTION
See what is happening at every stage of the work.
MES (Manufacturing Execution System) connects the production plan with the activity recorded on the line or in the workshop.
- Starting and completing operations
- Operator assignment
- Work instructions
- Quantity recording
- Accepted, rejected and reworked products
- Downtime reasons
- Material consumption
- Activity history
Station: Assembly · Shift 1PO-1042 · Office desk T-120Waiting
40
Planned
24
Recorded
0
Rework
Try the operator tablet buttons: the order status changes with each action.
MATERIALS, WAREHOUSE AND TRACEABILITY
Link incoming material to the finished product.
Traceability shows where each material came from, which operation used it and where the product went. WIP (Work in Progress) means products that are still in production.
Material lot
LM-2291 · MDF panel
Operation
Cutting · Centre 1
Product lot
LP-0815 · T-120
Warehouse
Warehouse A · Rack 4
Shipment
DR-3310 · Customer
Material consumption · MDF panel 18 mm (LM-2291)80 / 80 pcs in stock
- Raw materials
- Work in progress — WIP
- Finished goods
- Lots and serial numbers
- Material reservation and consumption
- Transfers between warehouses
- Returns and adjustments
- Barcode or QR scanning
- Expiry dates where required
Units of measure and conversion rules are clearly defined, e.g. pallets, boxes and pieces.
Every adjustment keeps its history: who made it, when and why. No value is overwritten without a trace.
QUALITY CONTROL
Checks linked to the product and the process.
- Inspection plans
- Criteria and tolerances
- Measurements and results
- Photos and documents
- Non-conformities
- Lot hold or release by role
- Rework and rejection
- Corrective actions
Inspection · Lot LP-0815
Inspecting| Measurement | Tolerance | Result |
|---|---|---|
| Length | 1200 ± 2 mm | 1201.2 mm |
| Width | 600 ± 2 mm | 599.4 mm |
| Thickness | 18 ± 0.3 mm | … |
The lot is put on hold and goes to: Quality manager
Visual inspection with cameras and AIIt needs representative data, defined image-capture conditions and an assessment of the model’s errors. It supports inspection; it does not guarantee that every defect will be detected.
MACHINE MONITORING AND INDUSTRIAL IoT
Machine data, connected to production information.
Industrial IoT connects machines and sensors to software so that operating data is collected automatically. A gateway is a device that reads data from machines and forwards it securely to the network. Integrations can include PLCs, SCADA, gateways and sensors, depending on documentation and access.
Machine
Gateway
Backend
Dashboard
Machine status
Connected- CNC-02Running128 pcs4.2 kWMeasured 09:41:10
- Press-01Stopped64 pcs0.3 kWMeasured 09:41:11
- Paint-03Running212 pcs6.8 kWMeasured 09:41:12
We start with read-only integration where appropriate. Commands to equipment require a defined scope and controls.
Every value is shown with its measurement time. When the connection drops, data is marked as stale, not as live.
PLC
Industrial controller that runs the machine locally.
SCADA
System for monitoring and controlling processes.
Protocols
OPC UA, Modbus, MQTT and APIs carry the data.
Business platform
Software that links the data to orders and reports.
- OPC UA
- Modbus
- MQTT
- API
- Operating status
- Available measurements
- Events and downtime
- Counts
- Energy consumption where metered
- Alarms
- History and analysis
EQUIPMENT MAINTENANCE
From a fault report to a documented intervention.
- Equipment register
- Maintenance plans
- Tasks by date or usage
- Fault reporting
- Assigning responsibility
- Spare parts
- Intervention history
- Downtime
- ReportThe operator reports vibration on CNC-02.
- AssignmentThe task goes to the responsible technician.
- InterventionThe bearing is replaced and the part is logged.
- DocumentationHistory and downtime are recorded.
Predictive maintenance
We include it when the data and the objective justify it. A threshold alarm notifies you when a value crosses a limit; a predictive model estimates risk from history. Neither predicts every failure.
REPORTING AND OEE
Measure what matters for your production.
OEE (Overall Equipment Effectiveness) is an indicator that combines the availability, performance and quality of a piece of equipment or a process.
- Progress by order
- Quantities by shift or line
- Downtime and reasons
- Cycle time
- Rejected and reworked products
- Material consumption
- Inventory levels
- Costs from available sources
- OEE where the required data exists
OEE · Line 1 (illustrative)
74%
- Availability90%
- Performance85%
- Quality97%
- OEE = A × P × Q
Quantity by shift
- Shift 1
- Shift 2
- Shift 3
Downtime by reason
- Material shortage42%
- Changeover31%
- Technical fault18%
- Other9%
Formulas, periods and sources are defined together with you. Reliable OEE requires planned production time, reference speeds and valid counts. Values in the views are illustrative.
DIFFERENT TYPES OF PRODUCTION
Software for your production model.
Discrete manufacturing
Products, components, operations and serial numbers.
- 1Serial number per unit
- 2Product structure
- 3Operations per unit
Every model needs adaptation: the same functionality does not cover every industry without analysis.
SECTORS
Different needs in every sector.
Examples of software needs that are common in these sectors.
Food and beverages
Traceable recipes, lots and expiry dates.
Furniture and woodworking
Cutting lists and orders with customer-specific dimensions.
Textiles and garments
Order tracking by model, size and colour.
Metal and machining
CNC operations, cycle times and dimensional checks.
Plastics and packaging
Changeovers, downtime and raw material consumption.
Building materials
Quantities per shift, recipes and palletised deliveries.
Assembly and equipment
Serial numbers, components and work instructions.
Make-to-order production
Configurations, costs and deadlines for each project.
AI, DIGITAL TWIN AND INDUSTRY 4.0
Advanced solutions when the process and data are ready.
AI and analytics
Anomaly detection, classification, forecasting and information summaries.
Digital Twin
A digital model of equipment or a process for monitoring and simulation, with a defined level of detail.
Industry 4.0
Connecting processes, systems and data for more integrated operations.
A monitoring dashboard shows the current state; a simulation model tests “what if” scenarios. Not every 3D visual is a digital twin. Advanced functions start after a preliminary assessment.
INTEGRATIONS WITH ERP AND EXISTING SYSTEMS
Extend what you use. Connect what is missing.
For each integration we define
- Main sourceWhich system holds the reference data.
- DirectionOne-way or two-way.
- IdentifiersThe codes that link the same record.
- FrequencyReal time, periodic or on demand.
- DuplicatesHow they are prevented and handled.
- ErrorsNotifications, retries and reconciliation.
ERP
MES
WMS and warehouse
CRM
Production platform
Accounting
Purchasing and suppliers
SCADA and industrial systems
Custom applications
WMS (Warehouse Management System) is the system that manages the warehouse. A connection to every machine or software is not guaranteed; the options are verified for each system.
SECURITY AND CONTINUITY
Controlled access and planned interventions.
IT means office and business systems; OT means the systems that run machines. Business software does not replace the local safety controls of machines. Legal compliance and certifications are assessed separately for each project.
- Roles by responsibility
- Permissions by plant or unit
- Separation of IT and OT systems according to the architecture
- Authorised access for integrations
- Activity history
- Credential protection
- Defined backup and recovery
- Testing of changes
- Handling communication outages
DEVELOPMENT AND ARCHITECTURE
From the process on the shop floor to the code that supports it.
As a software developer, we build industrial software with technologies chosen to fit the project, the equipment and the systems you use.
- 01Requirements analysis and documentation
- 02UX/UI design
- 03Modelling products, materials and operations
- 04Backend and APIs
- 05Web and mobile interfaces
- 06Integrations with equipment and systems
- 07History and reporting
- 08Testing
- 09Migration
- 10Deployment and maintenance
DEVELOPMENT PROCESS
From process analysisto a system in use.
Timeline and phases are agreed in advance, based on modules, integrations and migration.
01
Analysis
We understand your processes, products, teams and systems.
02
Scope definition
Priorities and the first version.
03
Design
Flows, data and interfaces.
04
Development
Modules and integrations with regular demos.
05
Testing and migration
Verifying processes and information.
06
Pilot and go-live
Controlled activation and team onboarding.
07
Maintenance
Support and improvements as agreed.
Which process concerns you most?
Discuss your projectGo-live is planned to keep the impact on production as low as possible.
WHY ENOR
A development partner that starts from your process.
Concrete analysis
Processes and constraints are clarified before development.
Custom software
Functions that follow your way of working.
Planned integrations
Connections to suitable equipment and systems.
User experience
Interfaces for operators, supervisors and managers.
Phased development
Priorities, demos and progress checks.
Continuity
Documentation and support as agreed.
FAQ
Frequently asked questions.
Related services
Digital Solutions for Factories and Manufacturing
All ENOR services for factories: web, mobile, integrations and AI.
Custom ERP Development
ERP built around your processes.
API Integrations
Secure, documented APIs.
AI & Automation
AI models and automation.
Software Development
All software development services.
Which production process would you like to improve?
Tell us how your production is organised, which systems you use and where you face difficulties. We will help you define the software and the development phases.
What our clients say
5.0
AArben Hoxha, CEO
Sample Logistics Co.
“They translated complex technical concepts into clear decisions for our team.”