There are advances happening every day with 3D printing, such as medical solutions, shoes and other apparel, houses and even food. 3D Printing has quickly changed our way of living with its unexpected uses.
Overall, the capabilities afforded by IIoT mean that these technologies are not just short-term investments or solutions to immediate problems; rather, they enable continuous improvement by providing companies with the ability to solve new problems as they arise-compounding the value of the investment over time.
Adding robot systems to any stage in food and beverage manufacturing will help to increase throughput. Robots work consistently, around-the-clock allowing for dependable production rates. The latest innovations increase production flexibility and decrease changeover time.
We have to find a balance between interrupting production and trying something that will improve production. As we increase capacity at a rate that outpaces our marketing experts we hope to have a span of time where we'll be able to have some freedom to experiment and optimize.
In terms of design for manufacturing, laser-cutting technology can have a beneficial effect on any product. Cost and quality are two major influences on the marketability of any product, and laser cutting allows for high-quality components at a lower cost overall, therefore making it possible to offer a more affordable, better quality product.
Redesigned wet processing tool significantly extends photoresist stripping bath life, providing dramatic savings on chemicals and disposal costs.
Predictive manufacturing systems allow users transparency in operations. The basis of a predictive manufacturing system is the smart software, which is used to control predictive modeling functionalities.
Research continues to develop regarding how the die casting process can improve in speed and efficiency. 3D printing for die repair is a notable focus, with die casters and the North American Die Casting Association embracing additive manufacturing technologies such as 3D printing for efficiency and accuracy purposes.
Process Data is the input for the second generation of data-driven quality technologies. The technology is particularly useful in assemblies such as control arms which combine heavy-duty stamping with resilient components that are difficult to position accurately and repeatably.
Every industry, from recreation to governmental organization, is adopting the growing trend of kiosks. But what about kiosk manufacturers themselves! What should they embark upon to serve these industries right with the appropriate quality?
As we move deeper into the Industry 4.0 era, advancements in automation, artificial intelligence, machine learning, cloud computing and big data play an increasingly important role in how factories operate.
Modern systems are paving the way to allow our customers to make products people want in the way they want them, instead of making products and spending our time trying to make people want them.
The 7 Wastes are tasks or processes that provide little to no added value to the product or to the user experience.
To understand these benefits, we start with the basic concept of direct drive whereby the force of a motor is directly applied to a mechanism without any intermediate drive train such as a gearbox or toothed belt etc. The core working principles of direct drive motor technology is in essence based on the right hand rule of electromagnetism, whereby a current moving through a wound coil creates a magnetic field.
In this article, we look at ways in which the world of HPC (High-performance computing) is approaching the latest disruptions and trends, and how the world of CFD (Computational Fluid Dynamics) must match this proactive rather than reactive stance.
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Inexpensive air guns are sold through many catalogs and industrial supply companies. Most have triggers or other parts that break quickly. Their performance is similar to open pipe, where they simply blow a lot of compressed air. In addition to the high air consumption, many produce noise levels that violate OSHA requirements. Some even generate dangerous dead end pressures that can result in serious or fatal injuries if blocked. EXAIR's Safety Air Guns eliminate these problems.. Airflow that exits the nozzle cannot be blocked, as required by OSHA standard 1910.242(b). The VariBlast, Soft Grip, Heavy Duty and Super Blast Safety Air Guns are available with a variety of air nozzles. Stainless steel air nozzles provide more mechanical wear resistance while withstanding corrosion and high temperatures. Learn more about our Safety Air Guns and the special promotion going on right now at www.exair.com/184/sagpromo.htm Click here for video: www.exair.com/184/sagvideo.htm