Factory Management System in Egypt: BOM, Production Planning, Inventory and Costing (2026 Guide)

A food plant in 10th of Ramadan City, a plastics factory in Sadat City, a detergents plant in 6th of October, a furniture workshop in Obour that quietly grew into a factory: for many of them the day starts the same way. The production manager opens last night's Excel file from the store to see which raw materials are available. The shift supervisor writes output and scrap in a notebook. Purchasing is on the phone with a supplier in a hurry, because a key material ran out although "the sheet" said there was plenty. At month end the accountant spends days estimating product cost and produces a number everyone knows is approximate.

The owner can see the plant running and orders leaving the gate, but cannot answer simple questions with confidence. What did product X really cost us this month? Why did scrap go up on line two? Can we deliver the big distributor's order on time? And if a customer complains about a batch, do we know which materials went into it? That is usually the moment someone starts searching for a factory management system in Egypt.

This guide is for factory owners and production managers in Egypt, not programmers: the symptoms, the modules production management software actually needs, integrations, ready-made versus custom, hardware, the first ninety days, and a checklist for your first meeting. At Jad Digital we have been building custom business systems since 2019, and we will say clearly where a ready-made product is the smarter choice.

Nobody needs a manufacturing ERP because it is fashionable. You need one when specific symptoms appear, and they usually appear together:

• Stock balances you cannot trust. The sheet says the material is there and the shelf is empty, or the opposite: a material piles up because someone ordered it twice. The monthly stock count reveals gaps nobody can explain.
• Production stops because of one item. A whole line stands idle because a bottle, a label or an additive ran out, and nobody noticed until the shift started.
• Cost is a guess, not a calculation. Selling prices are set by experience. Nobody knows exactly how much material, labour and overhead goes into each product, so you discover too late that a "best-selling" product is losing money.
• Scrap is a number without a reason. The difference between materials issued and finished goods produced is written off as "waste" and the matter is closed, without knowing whether it came from the machine, the shift or the material.
• Delivery dates are promises. Sales agree a date without seeing the production schedule or machine capacity, and then the overtime and pressure begin.
• No batch traceability. When a complaint or a return arrives, you cannot tell which batch it was, which materials went into it, or where the rest of that batch was shipped.
• Maintenance only after breakdowns. Machines are fixed when they stop, and nobody knows how many hours they were down this month or why.

A trading company buys an item and sells it as it is, so a basic accounting and inventory package serves it well. A factory buys raw materials in many units — kilograms, tonnes, litres, rolls, cartons — and transforms them through stages, machines and labour into a finished product in another unit, with normal and abnormal loss along the way. A program that deducts "one piece" per sale cannot see what happens inside the plant.

There are other differences any manufacturing ERP must understand:

We explain the general logic of choosing software in ready-made accounting software versus a custom system. In a factory, though, the parts a generic program cannot handle are exactly the parts that decide cost, quality and delivery dates.

• Make-to-stock versus make-to-order. A detergents or food plant produces for stock against a forecast, while a furniture or printing plant produces against each customer order and needs pricing and tracking per job. Many factories do both.
• Multi-level bills of materials. A finished product may be made of semi-finished products, each with its own bill of materials. A juice pack needs an in-house concentrate, a carton, a cap, a label and a shipping case.
• Scrap, waste and rework. Some loss is recycled inside the plant, some is sold as scrap, and some is destroyed. The system must tell them apart.
• Batch traceability. In food, pharmaceuticals, cosmetics and chemicals, tracking batch numbers and expiry dates is not a luxury. Customers and regulators require it.
• Export. Exporting plants need shipping documents, certificates of origin and packing lists tied to the actual order.

The bill of materials is the heart of any production management software. Each product has a list of the raw materials, packaging and semi-finished items that go into it, the standard quantity of each in a defined unit of measure, and the allowed loss. In chemical and food plants it is called a formula or recipe, and it is often defined for a full batch — the size of a mixer or a tank — rather than for a single unit.

A good system supports multi-level BOMs, approved substitutes, and formula versions with effective dates, so you know which formula last month's batch used even if you changed it today. Formula changes should be restricted to specific roles and logged.

A production order is the official instruction: produce this quantity of this product on this line within this period. From it, materials are issued according to the BOM, and actual output and scrap are recorded when the order is closed. In multi-stage plants the production order branches into work orders for each stage or machine: mixing, then filling, then packing; or cutting, then forming, then painting, then assembly.

Look here for materials issued against the order rather than a vague "general issue to production", actual quantity and scrap recorded at each stage, and a clear status for every order visible to production and sales together. That gives you the gap between standard and actual consumption for each order, which is the number that reveals where the waste goes.

A production planning system answers the two questions that exhaust every factory: what do we make and when, and what do we buy and when. It takes confirmed customer orders, sales forecasts and minimum stock levels, compares them with available finished goods, and proposes production orders. It then explodes those orders through the BOMs into raw-material requirements, subtracts what is on hand and already on order, and proposes purchase orders that respect each supplier's lead time. That is what an MRP system — material requirements planning — does.

The second half is capacity: hours per machine or line per shift, time per operation, and orders already booked. When a new order arrives, the planner sees where it fits and what slips if it is moved forward, so sales commit to dates based on a real schedule, not optimism.

The system proposes and calculates; the planner decides.

A factory needs several logical stores even in one building: raw materials, packaging, semi-finished, finished goods, quality quarantine and scrap. Every movement between them is a document: receipt, issue to an order, transfer, write-off.

In sensitive industries the batch is the basic unit. Every material is received with the supplier's lot number and expiry, every finished product carries an internal batch number, and the system links the two. On issue it suggests first-expiry-first-out, warns before expiry, and blocks lots that quality has put on hold. This is where traceability pays: from a batch number on a pack in a customer's hand you can trace back to its materials and suppliers, and from a suspect material you can trace forward to every batch and customer it reached. If you run large stores or a separate distribution warehouse, we cover locations, counting and picking in our guide to a warehouse management system in Egypt.

Manufacturing cost has three components. Materials and packaging, calculated from quantities actually issued to the order at inventory cost. Direct labour, calculated from hours recorded against the order or stage at an agreed hourly rate. And manufacturing overhead — electricity, rent, machine depreciation, supervision — allocated to orders on a basis you choose with your accountant: machine hours, labour hours or output quantity.

The system does not decide the allocation method for you, but it applies it consistently and shows standard cost next to actual cost for every order and batch. The gap is the real information: did cost rise because the material price went up, because consumption exceeded the standard, or because the machine stopped?

Quality in a factory management system has three checkpoints. Incoming inspection: materials are received into quality quarantine rather than straight into stock, tested against a specification defined for each material, then approved, rejected or accepted with conditions. In-process checks: periodic readings recorded against the order — weight, viscosity, dimensions, temperature — with an alert when a reading falls outside limits. Final inspection: finished goods only become available for sale after the batch is released.

The system must handle rejects clearly: rework through a new order that carries its own cost, downgrading for sale at a different price, or write-off with a document and a reason. Over time the quality log shows which supplier and which line drift out of specification most often.

A stopped machine is the most expensive hour in the plant. The maintenance module records each machine with its details and spare parts, a preventive schedule based on calendar time, running hours or cycles, and issues maintenance work orders to the technician on time instead of waiting for a breakdown.

The part most often neglected is the downtime log: every stop with its start, end and reason — breakdown, waiting for material, changeover, power cut. That log turns "the machine is always down" into specific causes that can be fixed.

Purchasing in a factory should be driven by MRP suggestions, not by an emergency phone call. The system needs internal purchase requests with approvals; purchase orders tied to the supplier, the agreed price and the lead time; receiving that compares quantity and price with the order and sends the material into quality quarantine; supplier balances and payment due dates; and a price history that shows who raised prices and when. Rating suppliers on reliability and quality rejections helps in negotiation.

The selling side of a factory is orders from distributors, wholesalers, chains and corporate customers, with price lists per group, credit limits and volume discounts. The system needs quotations; sales orders that reserve finished goods or turn into production orders; dispatch and delivery notes carrying batch numbers; invoices; and collection tracking with an ageing view per distributor.

If you run your own delivery fleet or work with transport companies, planning shipments, routes and proof of delivery is a topic of its own, covered in our guide to a shipping company management system in Egypt. Managing distributors and key accounts also benefits from the logic of a CRM system: opportunities, visits and complaints in one record.

The best system is worthless if its data is written on paper and typed in two days later. It has to reach the line: a tablet at each line or stage where the supervisor opens the work order and records start and end, output, scrap with reasons, and stoppages. A barcode scanner confirms the right item and lot at issue, and a label printer prints the batch label for the finished product or pallet.

Design matters as much as function: simple Arabic screens with large buttons that ask no more than a few taps per entry.

An owner does not need a hundred reports. You need a small dashboard you read every week:

These numbers turn the production meeting from an exchange of blame into decisions.

• Yield: how much finished product came out against the materials issued, per product, line and shift, compared with the standard.
• Scrap and waste with their reasons, and where they concentrate.
• Overall equipment effectiveness (OEE), explained simply: was the machine running when it should have been (availability), was it running at its normal speed (performance), and was what it produced right first time (quality)? The indicator combines the three to tell you where your machine time is being lost.
• Actual versus standard cost per product, and the effect of raw-material price changes.
• On-time delivery, late orders and their causes.
• Slow-moving stock and materials close to expiry.

E-invoicing. Factories usually sell to companies and distributors, which places them within the Egyptian Tax Authority's e-invoicing system. In practice, sales invoices issued by your system need to be submitted to the platform with the approved item codes and the customer's tax details, either directly or through an intermediary, instead of being retyped into the portal. We walk through the mechanism in our guide to connecting your system to Egypt's ETA e-invoicing. Because obligations depend on how your business is registered and which phase applies, confirm the current requirements on the official portal or with your tax advisor.

Accounting. Either accounting is part of the system, or the production system connects to the package your accountant already uses so entries flow automatically instead of being re-entered.

Export. An exporting plant needs documents tied to the order: commercial invoice, packing list with weights and batch numbers, certificate-of-origin data, and shipment status. The system generates them from the order data so the numbers never contradict each other. Customs procedures and the requirements of each destination market should be confirmed with your clearing agent and the official authorities.

Both answers are right for different factories. The honest test is the size of the plant and how specific its processes are.

A small plant with a limited product range, simple single-level BOMs, make-to-stock production without strict batch tracking, and no unusual integrations is usually well served by ready-made factory software or one of the ready-made international ERPs with a manufacturing module. You get mature features tested in many plants and updates you do not have to manage. We will not tell you otherwise: building a custom system for a simple plant is usually not economical.

The trade-off is that you adapt your work to the tool, fees grow with users, and customising the large systems needs specialist consultants.

A custom system starts to make sense with proprietary formulas and processes that ready-made systems cannot represent easily, a mix of make-to-stock and make-to-order, strict batch traceability tied to your customers' requirements, a specific costing or pricing method, Arabic shop-floor screens designed for your workers, integration with existing systems you do not want to replace, or several plants and stores in different locations. You own the code and the database, pay no per-user fees, and the system matches the way you work. The trade-off is a longer build and the need for a real partner after launch. The general version of this decision is in custom ERP versus off-the-shelf.

Many factories start with a ready-made system for accounting and inventory, then build a custom layer on top for what makes them different: line tablets, batch tracking and quality, a distributor portal or an owner dashboard. Others build the custom system in phases: inventory and batches first, then production orders, then planning and costing. This path lowers risk and grounds the specification in real experience rather than guesswork.

The system does not run on its own. Before signing, ask for the list of supported devices and think about:

The key question: what happens when the network drops on the floor? Line screens should keep recording and sync later, not send supervisors back to paper.

• Industrial tablets, or standard tablets in rugged cases, at each line or stage to record output, scrap and stoppages.
• Barcode scanners, handheld or wireless, for receiving, issuing and stock counts.
• Thermal label printers for batch, pallet and carton labels.
• Connected scales where materials are issued by weight.
• Network: good Wi-Fi coverage across production halls and stores — usually harder than expected because of metal structures and distances — plus a backup internet line.

This is an approximate sequence for a mid-sized custom project. The actual schedule is set after visiting the plant and agreeing the scope.

A site visit or video workshop with every department and a map of the real workflow, then cleaning the master data: item codes, units of measure, BOMs, suppliers and stores. By the end of the month the first module — usually inventory, receiving and issuing — is ready for testing.

Running production orders on one line as a pilot, recording output and scrap from the tablets, a careful opening stock count, and training supervisors and storekeepers. Issues found in live use are fixed as they appear.

Rolling out to the remaining lines, adding quality, maintenance or planning by priority, connecting e-invoicing, and launching the owner dashboard and a weekly meeting on real numbers.

• Going live with inaccurate BOMs. If the formula in the system differs from reality, cost and stock are wrong from day one.
• Trying to launch everything at once. Every module on every line on the same day is a recipe for chaos, after which the team drifts back to Excel.
• Leaving the shop floor on paper. If production is still recorded on paper and typed in later, the data stays late and incomplete.
• Neglecting item codes. The same item under three names in three departments ruins every report.
• No system owner inside the factory to look after master data and permissions.
• Ignoring network coverage in the production halls before launch.

A first meeting is far more useful if you bring these, with any company, not only us:

If you want to turn these into a structured document, our guide on how to write a software project brief shows the way.

• Your product list and current item codes, even if they are messy.
• Two or three sample BOMs or formulas for different products, including one multi-stage product.
• The Excel files you run on today for stores, production and costing.
• Samples of paper documents: issue notes, shift reports, receiving notes and quality reports.
• A simple sketch of the plant: lines, machines, stores and production stages.
• A list of users and roles: who needs what, and who approves what.
• Sample sales and purchase invoices, and how you currently handle e-invoicing.
• Existing software you want to keep, such as your accounting package.
• Your top three problems to solve first, in order of priority.
• Expansion plans: a new line, a second plant, or exports.

• Show me a full production order live, from BOM to material issue, scrap recording and finished-goods receipt.
• How does the system handle multi-level BOMs, substitutes and formula versions?
• How is a batch number traced from raw material to customer and back?
• How is cost calculated, how is overhead allocated, and who sets the basis?
• How does shop-floor recording work when the network drops?
• Who owns the data, and how do I export all of it?
• What does support look like after launch, and what is included and excluded?
• If it is custom: do I own the source code and database at handover?

Our ERP and CRM solutions for manufacturers begin with a workshop, at the plant or by video, where we walk with your team along the path of a material from the receiving gate to the dispatch bay. We then map the real workflow and deliver in phases: each phase works on the floor before the next begins. Interfaces are Arabic and English, line screens are designed for workers, training is by role, and support continues after launch. You own the code and the database. And if we believe a ready-made system will serve your plant better, we will say so in the first meeting.

For groups with a plant in Egypt and a sales office or warehouse in Saudi Arabia, the system can run multiple currencies, tax setups and users on one database.

Choosing who builds it follows the rules for any technology partner: a documented process, references you can call, clarity on exclusions, and clear ownership at handover. Our pillar guide to choosing the best software company in Egypt covers those criteria in detail. Whether your plant is in 10th of Ramadan, Sadat City, 6th of October, Obour, Borg El Arab or any other industrial zone, book a free consultation with our ERP solutions team, and we will look with you at where cost and time are leaking today and what is worth building first.