Advanced manufacturing is growing in the United States albeit with an ever-changing definition. While traditional manufacturing involved hard product industries that converted raw materials into finished products via manual or mechanized techniques (e.g., automotive, steel), advanced manufacturing involves using integrative and innovative technologies during manufacturing to help improve products or processes (e.g., computer technologies, medical device manufacturing, automation). Basically the focus of advanced manufacturing is on the processes by which products are built rather than on the products themselves as was the case with traditional manufacturing.
Advanced manufacturing usually requires fewer workers than traditional manufacturing since many of the lower-skill processes have been automated. But while fewer workers are needed, the type of workers required are higher skilled and harder to come by. According to the 2015 Manufacturing Institute and Deloitte Skills Gap Study, 84 percent of manufacturing executives surveyed think there is a talent shortage in advanced manufacturing in the U.S. And while baby boomer retirement and economic expansion are two major reasons, it is perpetuated by the lack of STEM (Science, Technology, Engineering and Mathematics) field graduates and the lack of preparation the education system offers students to verse them in mathematical and scientific concepts. Training and skills development are crucial to deal with changes in technology and to help fill the skills gap.
Some locations are addressing this problem through employee training and development programs and getting involved with local schools and community colleges. This is a win-win situation for government and industry: the advanced manufacturing sector will continue to grow with the necessary workforce, residents will be provided a career pathway and competitive wages and the gross regional product will grow.
From East to West and in between, here are some locations that currently suit the advanced manufacturing industry and are looking to expand upon that success.
Read more: Advanced Manufacturing Industry: Dynamic Advancements
States Engineering - 30 inch wide belt aerator
States Engineering - Belt Aerator
States Engineering - Bucket Elevator - Feeder Belt - Ringmullor - Storage Bin - Sand System
States Engineering - Control Panel
States Engineering - Custom Planter for Agricultural Industry
States Engineering - Electrical controls
States Engineering - feeder belt for Hunter with Bindicators
States Engineering - Gate-O-Rator with slide gate
States Engineering - M-1000 Ringmullor with Stainless Steel Chutes
States Engineering - Mold line - mold cars
States Engineering - Pant Leg Hopper
States Engineering - Pant Leg Hoppers
States Engineering - prepared sand belt conveyor with catwalk - Chain industry
States Engineering - Reclaim Bucket Elevator - Brass Foundry
States Engineering - Ringmullor aerator brush
States Engineering - Rotary Screen Drum
States Engineering - Rotary Screen Sand Separator
States Engineering - Sand system control panel
States Engineering - Single Bucket Elevator - Chain industry
States Engineering - Tight Flask Mold Car Line - Sand Systems
States Engineering custom fabricated hopper
States Engineering Custom Screw Conveyor Charge Hoppers - Brass Foundry
States Engineering Double Bucket Elevator - Shown without Hood -
States Engineering Dross Pots for Aluminum Foundry
States Engineering Dryer Feed Screw Conveyor
States Engineering Flask Filler
States Engineering Flask Fillers
States Engineering M-1000 Ringmullor with Stainless Steel Chutes - Aluminum Foundry
States Engineering Mold line - control panel - automated system
States Engineering mold line - non ferrous sand system
States Engineering reclaim screw conveyor and charge hopper
Send us a message and one of our customer service representatives will contact you soon.
Contact ×