The Visual South Professional Services team has been guiding and assisting Infor ERP implementation since 1994. One critical part in the implementation process is managing and converting data from your current system(s) to your new ERP application. Those activities happen throughout the ERP implementation project, not just at the beginning. This article explains how you can properly execute this activity in six clear steps.
It seems like just yesterday that the concept of cloud-based ERP for the manufacturing industry was far-fetched. But today’s reality is manufacturers are choosing cloud deployment over on-premise deployment virtually every time. That is a paradigm shift for those of us who have been working with enterprise applications in the manufacturing sector.
More and more manufacturing companies are moving away from on-premise applications. Cloud-based ERP applications are the future for the industry due to the myriad of benefits: alleviated need for hardware, database, and operating system software; fewer internal or outsourced teams for maintenance; and never having to worry about being on the latest version of your ERP.
That vast majority of ERP projects are successful. There are obstacles and challenges associated with any large project, but good teams always succeed. That means you understood the specific steps in the ERP project, built a strong ERP implementation team, and made sure business objectives drove the primary deliverables of the expected new and improved functionality.
These two manufacturing modes are just what you’d assume. Make-to-stock manufacturing is where finished goods are built to inventory. The demand associated with make-to-stock is typically driven by a forecast. Additionally, a mix of forecasting, inventory quantities driven by planning policies, and actual demand can drive planning and scheduling for make-to-stock manufacturers.
What sign manufacturers have in common with other types of manufacturers is that they have to plan for material requirements, schedule jobs, and execute the production of those jobs. That being said, sign manufacturers have numerous requirements and needs that are unique to their industry. In this article, we’ll review how those unique requirements can be addressed with sign industry software, or sign manufacturing software.
Discrete manufacturing differs from primary modes of manufacturing in the following areas:
Discrete manufacturers typically have production lines or areas where the finished good is produced in a non-continuous process. In addition, they are often categorized as “to order” manufacturers, with mixed mode components when there is a make-to-stock or forecast demand to be addressed.
The types of consultants are: project managers, manufacturing consultants, finance consultants, and technical consultants. All of these individuals are typically engaged in a new implementation and used for varying consulting and technical efforts. There are a select number of consultants who are versed on the three primary areas of manufacturing, finance, and technology; we are proud to have these rare talents on the Visual South Professional Services Team. Please remember that the team helping you implement the software is just as important as the software itself . Our consultants exist to coach you on how to successfully use the application.
Not all ERP systems are designed with the capabilities to address the somewhat unique requirements for manufacturing organizations that specialize in engineer-to-order products. There are significant differences in the business requirements of engineer-to-order manufacturers, compared to those of repetitive, make-to-stock, mixed mode, and even make-to-order manufacturers. The key difference is that engineer-to-order companies may build a specific design and configuration only once. That’s it. You need engineer-to-order manufacturing software to be able to accommodate the unique requirements of creating singular products.
Aerospace and defense customers need ERP with industry-specific functional attributes to help them comply with mandatory regulations. For that reason, ERP for the aerospace industry includes the standard functionality provided in general manufacturing systems, plus additional tools. In this article, I focus on one of the most important functional areas for those who are evaluating or seeking to improve their aerospace ERP software.
