What is the Manufacturing Readiness Level?
During the manufacturing process, several mechanisms are used to control the quality and production processes for efficiency. One such metric is the manufacturing readiness level, used across sectors to assess the maturity of the manufacturing process. Here we explore the need to measure such readiness levels and the role of advanced manufacturing expo in promoting this advanced equipment.
Defining manufacturing Readiness Level
MRL or the manufacturing readiness level is a measure that evaluates the manufacturing process for ‘maturity’. This assessment or evaluation can be used for general industry assessments as well or to examine the capabilities of potential suppliers.
The need for such an assessment-based measure arose in the United States Department of Defense in 2005. Eventually, the assessment became a Government Accountability Office’s best practice for improving acquisition outcomes. It is based on a scale from 1 to 10, with 10 being the most mature manufacturing process. MRLs are broken down into 10 levels across 9 major threads, each with their own sub threads.
What is the role of Manufacturing Readiness Level?
The purpose of MRLs is to understand the maturity of the technology currently in use. In more detail, it is the assessment of the technology used in the various systems, subsystems, or components from a manufacturing perspective. It helps to understand the extent to which a particular system or subsystem can continue to be used in the system. The ability to accurately validate the technology-strength and improve manufacturing outcomes for weapons systems has become very important.
MRLs are similar to technology readiness levels (TRLs), which are used to assess the maturity of individual technology. MRLs provide engineers with a consistent reference point for understanding the evolution of manufacturing maturity
What is the Advanced Manufacturing Expo?
To showcase the latest equipment, technology and variety available in advanced manufacturing expo, annual events called the Advanced Design & Manufacturing Expo are held. It is an industry-wide event covering areas of manufacturing.
In simple terms, it can also be viewed as a common platform created to help local manufacturing grow by bringing together talented people and new technologies. It is a networking and technology forum that combines five industries to showcase their practices, business needs and common interests, It’s an opportunity to showcase the latest technology and services to buyers looking for innovative solutions
The ADM Expo brings together five advanced manufacturing areas:
- Design & Manufacturing
- Automation Technology Expo
- PACKEX
- PLAST-EX
- Powder & Bulk Solids
Need for Advanced Manufacturing Expos
Advanced manufacturing is a niche sector in the manufacturing industry and needs to be well-introduced to buyers/customers. Considering the bulkiness of most of this equipment and the need for wide and clear spaces to demonstrate the uses of this equipment, a platform such as an exhibition becomes very important.
Some of the ways Expos have helped Advanced Manufacturing are:
- Attract a wider customer base, offer quality products at competitive prices.
- Reduce the time needed to get products to market.
- Facilitate waste reduction and improve energy usage
- Minimize carbon emissions and costs for the company.
- Offer better design freedom
- Increased efficiency can reduce manual work
- Makes manufacturing systems more efficient and self-correcting.
Upcoming Advanced Manufacturing Expos 2024
Some advanced manufacturing expos in 2024 are as follows:
- Advanced Manufacturing Expo (AME): Scheduled for August 7–8, 2024.
- Advanced Design & Manufacturing Montréal: Taking place November 13–14, 2024. This event combines five advanced manufacturing areas, including Design & Manufacturing and Automation Technology Expo.
- Advanced Manufacturing Belgium: Taking place May 14–16, 2024 at Antwerp Expo.
- Advanced Manufacturing Minneapolis: Taking place October 16–17, 2024 at the Minneapolis Convention Center.
Advanced manufacturing uses innovative technologies to create new and existing products. Its goals include increasing output while optimizing quality, value, market responsiveness, and flexibility.
