Selecting Manufacturing Software for Electronics Industry

1. MANUFACTURING SOFTWARE FOR ELECTRONICS INDUSTRY

2. THE CHALLENGES IN ELECTRONICS MANUFACTURING • The greatest issues typically arise from having to manage a vast amount of information: • Complex products • Different versions, configurations, or variations of a product • A vast number of parts • Alternatives from different manufacturers for a part • Multiple vendors for each part, complex purchase terms • Documentation, certificates, drawings, images etc. • Tracking all movements of parts and products • Tracking individual parts and products with serial numbers

3. THE CHALLENGES IN ELECTRONICS MANUFACTURING • Due to the nature of the electronics industry it is important to control and document every production phase in order to get high quality output and be able to identify problems beforehand. • Once the products are made, it is vital to know for each product: • When was the product made, by whom and on which machines • Which specific components were used • From where and when parts were purchased • If documentation was received with the parts; e.g. certificates, drawings

4. WHAT MAKES A GREAT MANUFACTURING SOFTWARE FOR ELECTRONICS INDUSTRY • The biggest advantage of good manufacturing software is that it allows you to know exactly when you can deliver your products and how much it will cost you. • Receiving orders, quoting, planning production, planning purchases, managing the warehouse… Everything can be done in one easy-to-use system. • Below is a list of functions that are essentially important for electronics manufacturing: • Manufacturing resource planning, planning materials and scheduling operations (MRP) • Shop-floor reporting (MES) • Warehouse and supply chain management (WMS, SCM); • …

5. WHAT MAKES A GREAT MANUFACTURING SOFTWARE FOR ELECTRONICS INDUSTRY • Managing minimal stock and purchase requirements • Handling multiple purchase options for parts • Full lot and serial number traceability • Multi-level Bills of Materials (BOM) • Products with parameters (Matrix BOM) • Managing part equivalents & substitutions • Quality Control (QC) • Ability to handle files, drawings, images, certificates etc. • Barcoding • Return Merchandise Authorization (RMA)

6. MULTI-LEVEL BILL OF MATERIALS AND MULTI-LEVEL PRODUCTION PLANNING Usually, there is no limit as to how many levels your Bill of Materials can have. Creating a multi-level Bill of Materials should be very simple, like including the sub-assembly (which already has its own BOM) and you have a multi-level BOM structure. The production planning takes everything into account: the current production schedule, availability of needed workstations, if sub-assemblies need to be produced (or if these are available in stock), which parts need to be purchased and their lead times, etc. Also, it manages all part bookings (i.e. allocations/reservations), so it’s certain that everything is available when needed. In some cases it is possible to nest production operations of the sub-level assemblies in the manufacturing order of the top-level item. That is, there is no need to clutter the production schedule with many separate manufacturing orders, where many represent different assemblies of the same product.

7. MATERIAL PLANNING, KNOWING WHAT TO BUILD OR PURCHASE Material planning functionality makes sure that you have all parts available, or ordered for each order in the system. Specific parts and products are reserved against each order – be it products for a customer order, or parts and assemblies for a manufacturing order. It also considers which items are expected to arrive in the future. If you are low on stock, some parts need to be purchased, or some produced – make sure that your manufacturing software has this functionality and provides a complete reporting of all critical items on hand. Such reports show the purchasing and manufacturing requirements, items for which manufacturing has not been scheduled, or purchase orders raised yet. You can directly create and auto-populate the orders with all the required information.

8. STOCK LOT AND SERIAL NUMBER TRACEABILITY Stock lot and serial number traceability helps to make sure that product history is properly documented. It tracks all lots and serial number related information automatically. The simplest explanation is that a stock lot is one batch of some product. For example, each time a batch of a product is purchased, a new batch is sent to replenish; therefore, a new stock lot number (aka “a batch number”) is created to identify it. You may have many stock lots of the same material – purchased at various times, with different costs, possibly from different vendors, with different expiry dates, stored in separate locations/shelves, etc. Since in one lot there may be many individual products, serial numbers provide the ability to track each individual product specifically, look up its individual history, know which customer has it, record issues, etc.

9. MANAGING PART EQUIVALENTS It’s common that there are parts that are identical in function and form but come from different manufacturers. These parts can be interchangeably used, depending on current availability. Good manufacturing software allows automatic allocation of these parts, so there is no manual lookup or decisions necessary, while traceability still remains. A generic part, which will shelter all these parts which are interchangeable, can be created, but from different manufacturers, or vendors. In the part details, many different purchase terms can be set up, which will list all manufacturer-vendor combinations and purchase details with lead times etc. Based on the stock lot tracking, it is easy to trace back when each part in a product was purchased, which manufacturers part it was etc.

10. CONFIGURATIONS AND VARIATIONS OF A PRODUCT An important topic is handling a product that has variations; either there are alternative builds, or the product is configurable. For this, there are several alternatives of how this can be done. In many cases, the BOM with Parameters (aka Matrix BOM) functionality will be perfect, letting you effectively manage many different build specifications of a product. Products can be given parameters, and based on the selected parameter values the software builds the correct production BOM. This is achieved through setting up relations between parameter values (or combinations of values) and specific parts. Based on value selection, the correct parts are chosen for the specific build.

11. CONCLUSION Good manufacturing software for electronics industry connects all sides of the operations from sales through warehouse control to production and purchase planning and reporting. Software as a service (SaaS) is easy to pick up, and it will prevent many mistakes that occur without having a good system in place. Even more, it will streamline your company’s operations and cut in half the time spent on getting organized. Choose the right cloud-based manufacturing software to get started with your trial right away. Further reading related to this topic: Stock lot tracking explained in detail What is a Manufacturing Execution System (MES)? Using barcodes in manufacturing What does a product cost? The Bill of Materials in MRP systems Practical production planning Serial number vs lot tracking

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