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Aerospace and Defense (A&D) manufacturers face unique challenges: constant design updates, strict quality and compliance standards. The most compelling technology can be made worthless if the vendor or service provider is not sufficiently knowledgeable about the unique challenges of the aerospace and defense industry.”
Im filled with pride and excitement for what iBase-t accomplished and look forward to further acceleration of the growth and focus were providing the Aerospace & Defense (A&D) industry in its digital transformation. But for now, let’s take a look back at what’s happened in 2024 to make it an extraordinary year!
The aerospace and defense (A&D) manufacturing sector is approaching a pivotal moment. In this blog, I’ll explore major workforce trends and knowledge transfer challenges in the A&D industry and how AI is stepping up to bridge the gap. As this transition unfolds, AI is emerging as a key player in tackling these challenges.
In the Aerospace & Defense value chain, the large tier-one OEMs have made significant investments in IT to both comply with customer and governmental requirements and Togo-defined productivity (productivity, relative to the U.S.). Another aspect of SaaS that impacts affordability is that of software maintenance.
This blog explains what enterprise asset management entails, the benefits it delivers and how it relates to computerized maintenance management systems (CMMS). If you’re looking for ways to reduce CapEx and OpEx, this blog will provide some ideas to follow up on. This functionality is not part of a CMMS.
While good news for airlines, this is putting the aerospace parts manufacturing industry under intense sustained pressure. This blog reviews the maintenance challenges in aircraft part manufacturing. If maintaining aerospace production machinery and increasing capacity are concerns for you, this should help.
IIoT manufacturing sensors are included as part of “smart” machinery, or are added as aftermarket enhancements, and cover a broad range of processes and functions. This growth will continue as communications and technology evolve. View all resources. Two Must-Haves for IIoT Success at Your Factory.
A high-tech factory challenges the maintenance function. This blog answers the question, “What is high-tech manufacturing?” Industries meeting these criteria include: Aerospace : Encompassing satellite and rocket production as well as military and civilian aircraft and related defense equipment.
This blog explains what a process control plan is and why every manufacturer should use one. The best way of creating a process control plan is to establish a team drawn from functions such as manufacturing, quality and maintenance. Share A lot of components must come together to produce a quality product at a target cost.
This blog explores manufacturing change management. Without this, valuable input from functions such as maintenance and quality will likely be overlooked. Utilizing technology for change management in manufacturing An effective change management process involves multiple functions within an organization and needs good documentation.
Through this methodology, PLCs can provide extremely effective automation, controlling processes and functions based on real-time information without the need for manual control. Versatility: PLCs can be used with nearly any piece of industrial equipment and can be used to control a broad range of functionality.
If you’re a small or medium-sized manufacturer (SMM) working in the aviation, aerospace, or defense industry — or if you’re planning on breaking into this sector — it can be difficult to achieve a comprehensive understanding of the regulatory standards that govern this niche. This blog will serve as a general overview of AS9100.
The following industries are all outsourcing jobs: Aerospace, aviation, and defense. With this layout, all similar machines are grouped together in stations by functionality. Read more about electrical enclosures in our TecTalk blog: “ Electrical Enclosures Simplified | NEMA Ratings, Material, & Accessories ”. .
Examples of AI’s impact on ERP systems AI plays a pivotal role in changing and “evolving” how companies function. Machine learning in ERP ERP systems act as the “nerve center” of industries including aerospace, automotive, building products, consumer packaged goods, heavy equipment, paper, pulp, tire and rubber.
I n different roles and functions like. IT Services. Environmental Applications. Construction. Food Processing. Pulp & Paper. Water & Wastewater treatment. Chemical & Petroleum. Glass & Ceramics. Mining & Metals. Telemetry & Communication. Systems Integration. Measurement& Control. Marketing & Sales.
This blog looks at the potential impact of quantum computing in manufacturing, addressing applications, challenges and its relationship to artificial intelligence (AI). One of these emerging technologies is quantum computing. A big advance over classical, binary computing, this offers the prospect of solving hitherto insoluble problems.
In practice, this approach means that production machinery is organized by function rather than in a linear sequence, allowing products to move through machines as needed rather than following a set path. Flow shops excel at low-mix, high-volume production, and large order volumes that require items identical in form and function.
This blog explores quality control practices in manufacturing. The quality control process in manufacturing Quality control begins by defining dimensional, visual or functional standards. Maintenance contributes to achieving quality goals, and quality tools can help improve the service provided by the maintenance function.
Letting each team use the system built for their function reduces friction and rework. For more detail, see the previous blog on Lean Data Management.) Conclusion: Lean Data as an Enabler of Mission Outcomes In aerospace and defense, digital teams are central to program success.
In my role at iBase-t, I have the privilege of speaking regularly with leaders across the aerospace and defense industry. To put it into perspective, Aerospace Industries Association member companies are seeing average turnover rates of around 13% a stark contrast to the national average of just 3.8%.
Since each step in the discrete manufacturing process is distinct from those before and after, this approach is often used to create complex, multipart products for automotive, aerospace, electronics and consumer goods applications. Automotive: Industrial automotive manufacturers are a prime example of discrete manufacturing.
The Open Architecture Technology Open standards are the building blocks that allow open architectures to function. These general-purpose systems dont always have all the functionality needed, and manufacturers had to pay extra to get the system to meet their requirements. 10 Questions to Ask MES Providers 1.
Theyre instrumental in compacting powders uniformly to become solid pieces of material, which is essential in industries like aerospace and electronics. Confirm that the e-stop and safety interlocks function correctly. Companies use these hefty machines to create a variety of items, from auto body panels to molded rubber.
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