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Mastering Safety-Critical Product Design

In design engineering, manufacturing, medical device, product design, product development, production efficiency by Trisha ArmeñaLeave a Comment

When it comes to product design, what are the most common pitfalls for businesses to avoid? And with that being said, what are the most effective design practices to ensure product safety and compliance while also making a rapid return on your investment? We sat down with the engineering experts at General Digital to learn all about mastering safety-critical product design for both long-term financial and technical sustainability. Learn more in this exclusive e-book below:

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Precise Engineering, Quality Construction: How World Class Facilities Get Built

In design engineering, facilities, manufacturing, Plant Location, Plant Optimization, site location by Cressida MurrayLeave a Comment

The Austin Company has been serving the manufacturing industry for over 140 years. Today, they continue to provide state-of-the-art facility and equipment design and construction solutions for manufacturers of a wide range of products, including aerospace and automotive, chemical processing, food processing, and laboratory facilities. In advance of our American Manufacturing Summit, we interviewed Matt Eddleman, a Senior Vice President at The Austin Company and asked him the following: How have manufacturing facilities evolved in recent years? What are some notable projects you have worked on over the years with The Austin Company? What was a particularly challenging project you worked on and how did The Austin Company overcome the challenges you were presented with? What do you think is unique about the way The Austin Company operates or approaches a project? What are the main goals you seek to achieve when taking on a project? How do you go about doing this? How do you align site selection and design with a client’s strategic goals? What in-house subject matter expertise does The Austin Company have and how does that help create complex facilities unique to specific industries or products? Click through to read the entire interview.

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Siemen’s White paper: Accelerating Aircraft Systems Development with Model-based Engineering

In aerospace, automation, design engineering, Design Thinking, emerging technology, innovation, IoT by Harshini SrikanthanLeave a Comment

Technology has revolutionized the commercial and military aviation industry rapidly. Though drastic development has been made, major challenges still exist. Current development concepts have nearly reached their limit, and in order to keep up with tomorrow’s air traffic demand, new technologies and concepts will be needed. Challenges include the limited availability of energy resources while reducing carbon footprint, managing climate change and congestion, which will require an increase in safety and security requirements. In order to achieve success and security, the aviation industry as a whole must work together to implement a major shift and reinvent itself. Accelerating aircraft systems development with model-based engineering is the first place to start in the process of creating a paradigm shift in the industry. To read more on using model-based engineering to envision new design concepts and technologies in the aviation industry, read Siemen’s white paper, here.

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Averna’s Q&A Ebook: How the Internet of Things is Transforming the Medical Device Industry

In automation, Continuous Improvement, cost management, cost reduction, design, design engineering, emerging technology, healthcare technology, innovation, Internet of Things, IoT, manufacturing operations, medical device, medtech, technology, testing by Jennifer MiraraLeave a Comment

The ‘Internet of Things’ is transforming the medical world, allowing more patients to be looked after using real time data. Combining Wi-Fi and Bluetooth capabilities with current technology is allowing for a faster, more resourceful and satisfying experience for both patients and employees. With the Internet of Things(IoT) reinventing the technological landscape so rapidly, companies are struggling to keep up with the latest innovations. Companies must now test the wireless capabilities of all their medical devices to ensure their products feature seamless connectivity. With more tests being conducted and the rise of IoT, competing companies have introduced robots to automate processes in order to reduce costs. Robotic-driven production has become more economical, as robots can perform routine tasks without fatigue at a faster pace. So, how can OEMs in the medical world stay ahead of their competition with all this technological development? One way is to work with a company that excels at Design for Test (DFT) and design for manufacturing (DFM). Companies can also capture and analyze up-to-date test data. For more ways to stay ahead of the competition despite the constant changes in technology and for a deeper understanding of IoT and its impact on the medical device industry, read Averna’s Q&A Ebook here. Averna is a worldwide Test & Quality leader. Their talented team includes hundreds of engineers, system architects, developers, project managers and other professionals, as well as a network of partners such as National Instruments, Keysight Technologies …

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Flexible Circuit’s Ebook: Information and Applications for the Medical Device Market

In automation, business, cost management, cost reduction, costing, design, design engineering, emerging technology, Engineered Plastics, healthcare technology, manufacturer, manufacturing, manufacturing operations, medical device, medtech, operational excellence, product design, product development, production efficiency, wearables by Jennifer Mirara

Flexible Circuit’s ebook explores and identifies solutions to the following industry challenges: How have intelligent devices(and the ability to share realtime data) driven significant growth of electronics within the medical device market? What is driving the significant use and growth of Flexible Circuits (FPCs) in the medical device market? What are the key considerations in choosing an FPC manufacturer? How can organizations attain cost savings when using flexible printed circuits? To view their full e-book, click here.  

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Let Solid Designs help you develop new products & create manufacturing solutions!

In automation, automotive, business, cost management, cost reduction, design, design engineering, Design Thinking, healthcare technology, industrial, industrial markets, logistics, manufacturer, manufacturing, manufacturing operations, medical device, medtech, product design, product development, production efficiency, Uncategorized by Jennifer MiraraLeave a Comment

Solid Design Solutions provides assistance with the development of new products and creates manufacturing solutions for a number of industries, which include: consumer, medical, specialty machines and industrial. Some of their areas of expertise include: Control engineering Project management Manufacturing engineering Industrial design Software Engineering Mechanical Engineering Electrical Engineering Product Development Research Drafting More details on the type of services they offer can be found here: https://generisgp.com/wp-content/uploads/2017/09/Inforgraphic-final.pdf Solid Design Solutions Website: http://bit.ly/2eMae5b  

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Sonoco ThermoSafe Expands Range of LD7 Pallet Shippers for Temperature-Sensitive Bulk Air Shipment

In additive manufacturing, commercialization, design, design engineering, Design Thinking, Generis, generis group, logistics, manufacturer, manufacturing, manufacturing operations, medical device, operational excellence, product design, product development, production efficiency by GenerisLeave a Comment

Sonoco ThermoSafe, a unit of Sonoco (NYSE:SON) and a leading global provider of temperature assurance packaging, leverages award winning technology to expand its line of pallet solutions with the launch of the LD7 Half PAG pallet shipper. The Half PAG solution is designed to ship multiple pallet loads, while reducing the cost and operational complexity of bulk shipments by optimizing the use of aircraft ULDs (LD7 air pallets). The Half PAG is available for 2-8°C or 15-25°C temperature ranges with durations in excess of five days. Each solution has a universal pack-out design to be used in both hot and cold seasons while also accommodating the demands of cross-hemispheric shipments. To learn more about LD7 Half PAG Pallet Shippers, Check out this article by Sonoco! 

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Automation Today

In automation, design, design engineering, facility, machined parts, manufacturer, manufacturing, manufacturing operations, marketing, technology, workforce by GenerisLeave a Comment

As manufacturers struggle to fill highly skilled production positions—according to NAM (National Association of Manufacturers), “80 percent of manufacturers report a moderate or serious shortage of qualified applicants for skilled and highly skilled production positions”—technology may need to step in to fill the gap. As the article “Automation Today” by FARO Technologies states: “It’s no secret that manufacturing continues to become more automated, and manufacturing output per worker is on the rise.” Smart factories are sought after because they are quickly becoming the “factories of the future,” while growing changes in automation become difficult to ignore. Find out more about the latest advancements in optical 3D measurement and automation technology in the article below including: Advanced Manufacturing; Automated Metrology; and Cobalt.

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eBook: Realistic Simulation for Medical Device Developers

In design engineering, Design Thinking, innovation, Life sciences, manufacturing, medical device, medtech by GenerisLeave a Comment

Medical device developers use realistic simulation solutions from SIMULIA to accelerate the overall product innovation process, reducing development costs, and improving patient safety and product quality. In addition, SIMULIA provides medical device companies with the ability to more efficiently evaluate design alternatives, accelerate long-term stress life testing to predict product reliability, collaborate on projects and leverage computing resources for more efficient design analysis. Check out the eBook below!  

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