The future of plastic manufacturing in the United States is far from certain, but many trends are beginning to take shape. From the accelerating pace of 3D printing innovation to new production procedures, plastic manufacturing will likely continue to be a strong yet steadily changing segment of the manufacturing industry overall.
As asset performance has become an increasingly important aspect of manufacturing profitability...
The future of plastic manufacturing in the United States is far from certain, but many trends...
Around the globe, industrial automation has been catapulted in recent years to a top national or regional priority. These initiatives all bear the same characteristics, transforming the manufacturing process from a patchwork of isolated silos to a seamless whole, integrated with the downstream and upstream production environment. There is, in fact, a close link between modern manufacturing and the advent of the Internet of Things.
There is a drive across the automotive industry to reduce the weight of components and systems to achieve fuel efficiency gains and emission reductions. In the past, some parts or systems were untouchable. However, today, no system is off the table when it comes to exploring potential opportunities to take out weight or to realize other improvements.
In the early 20th century, a strange spectator sport flourished in America: train crashing. They were so popular that 73 crashes (destroying 146 trains) were staged between 1896 and 1932 at state fairs. These days, engineers (not the train-drivers) who want to observe a crash can run perfectly safe, highly accurate virtual collisions on a computer screen.
Harsh environments complicate the choice of power management system, especially if a device is to be deployed in a remote, inaccessible location. When long-term power is required, and battery replacement or recharging are not viable options, lithium chemistry is preferred due to its intrinsic negative potential, which exceeds that of all other metals.
Unsurprisingly, the United States Department of Defense is the largest consumer of energy in the United States. Much of that energy is consumed in harsh environments to power tanks, fighter jets, small hospitals and command outposts out in the field. In recent years, the government has identified alternative energy use as a means mitigate the expense and dangers of relying solely on fossil fuels to meet the DoD’s mission.
Economic activity in the manufacturing sector expanded in July for the 14th consecutive month, and the overall economy grew for the 62nd consecutive month, say the nation’s supply executives in the latest Manufacturing ISM Report On Business.
The GHS deadline is coming up fast and past implementation experience has shown that finding a solution takes longer than expected. Chem.Info sat down with Chris Cocanig, an expert who has spent the last two years working on GHS solutions, to ask him how to prevent the panic that can easily set in when a company attempts to bring their labels up to par.
A variety of industry forces are driving the need among industrial companies for a comprehensive energy management system, but it’s profitability that’s ultimately motivating much of this activity. Organizations are realizing that sustainability initiatives alone can’t drive profitability. They’re finding that energy management efforts must be combined with efficient operations to effectively drive long-term financial growth.
Small and midsize companies often neglect their most valuable assets — their intellectual property. Failing to protect ideas can have negative long-term effects, especially small and midsize companies. While the process may seem daunting, it is not, and a company should not be dissuaded from protecting the ideas that it has spent precious time and resources developing.
Recognizing the ever-increasing impact high energy usage has on facility budgets and corporate sustainability agendas, facility managers are focusing on facility-wide energy management. The challenge they face is to ensure that the buildings that house their highly optimized manufacturing operations are just as sophisticated and efficient as their production processes.
With a total weight of two million pounds, and blades as long as 400 feet, a single 15 mega-watt wind turbine would be able to power nearly 3,900 homes. Unfortunately, they don’t exist … yet.
There is plenty of talk these days about the Internet of Things and wearable tech. While the consumer fascination with these capabilities is relatively new, what is often lost in the conversation is this: packaging companies have been building networks that connect machines for years – most often referred to as the “Industrial Internet” – and OEMS have increasingly been enabling this connectivity across the machines they produce.
In 2013, the French-Canadian machining, fabrication and assembly company, Marmen Energy, made the move to the South Dakota. Marmen builds equipment for the global energy sector and its Brandon facility is dedicated to wind tower production. In this facility, it’s building exclusively for General Electric, a longstanding client.
Twenty-three percent of the workforce has misused prescription painkillers, according to the National Survey on Drug Use and Health, making opioid use a serious threat to employee safety.
Thousands of workers become sick from exposure to heat every year, and some even die. Heat illnesses and deaths are preventable and employers must take responsibility for protecting their employees while they are working under conditions of excessive heat.