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Few industries bear as much responsibility as the aerospace industry. Hundreds of lives are at stake every time an aircraft takes off. Therefore, aerospace manufacturing companies must be held to high standards to ensure that any aircraft built with their components has the lowest risk possible. Testing your parts is an essential part of this process. Consider how international standards and modern equipment can help you test better.
Modern industrial businesses must continue to improve product quality in order to remain competitive. Regardless of your industry or what you manufacture, consider implementing smarter vibration measurement strategies. Noise, vibration and harshness, also known as NVH, have strong correlations with product quality, both from a manufacturing perspective and from that of the end user. Learn how to better control vibration with better measurement methods and analysis.
The aerospace industry is consistently at the forefront of materials science. Aerospace manufacturing companies must be constantly ready to adopt new materials and produce them to satisfy the demands of major players in the industry. What are some of the new types of materials that we can expect to find in upcoming aircraft?
With energy costs rising worldwide, reducing power consumption is one of the easiest ways to lower your operating costs and boost your profit margins. The days of cheap power are likely behind us, meaning that companies must focus on implementing new energy generation methods while also slashing electricity consumption. For many businesses, energy use has been an afterthought. Fortunately, new technologies are making it easier to lower your electric bill without sacrificing productivity.
The auto manufacturing industry is undergoing a major paradigm shift as manufacturers transition to producing more electric vehicles than traditional ICE models. In addition, autonomous driving features are on the rise, potentially changing how we conceive the entire concept of a car. These industry trends mean that automotive manufacturers need to introduce new components into their vehicles, which means opportunities for parts suppliers. To stay ahead of the competition, consider implementing automated test equipment to accelerate new product development.
The world of radio technology is rapidly changing: in recent years, software-defined radios (SDRs) have been gaining popularity due to their flexibility and versatility. These radios use software to define their functionality instead of traditional hardware components, allowing for greater adaptability and customization. As we continue to move towards a more connected world, SDRs have become a critical part of modern communication systems, as they have evolved at a significantly rapid pace in recent years, with new and innovative developments being introduced on a regular basis, making the SDR market a rich and captivating space
In today’s highly competitive business world, companies are always looking for ways to improve their efficiency and productivity. One of the most significant ways to achieve this is by adopting the Internet of Things (IoT) technology. IoT can help businesses monitor their equipment in real-time, analyze data, and make informed decisions to prevent equipment breakdowns. In this beginner’s guide, we will explore the benefits of using IoT to monitor equipment, how it works, the different types of sensors and devices available, and how to set up IoT equipment monitoring.
The rapid pace of change in the aerospace industry is largely fueled by digital transformation. Many of the current key digital transformation trends are improving workflow, training, and the way data analytics are used.
The automotive industry has experienced several transformations throughout its history. Today’s biggest shift is digital transformation, which is the shift to using entirely digital methods for R&D and other internal business practices. Going digital means more than just using computers, which has been commonplace for over 40 years. So, what makes this transformation so significant? Not only will it greatly speed up vehicle development and reduce manufacturing errors, but it’ll also benefit your business as a whole.
Energy transmission infrastructure is the lifeblood of an economy. When energy infrastructure fails, so does everything else. To secure more contracts and position your business as the first choice in energy infrastructure deployment and maintenance, you need to reduce downtime to the absolute lowest figure possible. One of the most effective ways is to shift from a routine maintenance schedule to a preventative maintenance approach. In addition, timing your upgrades and adding capacity will make your grid more resilient.
The industrial equipment sector has been an important aspect of the world economy for a long time. It encompasses a wide range of products and services, including heavy machinery, tools, and automated systems, which are widely used in various industries such as manufacturing or construction.
Aerospace manufacturing is one of the most complex processes, given the incredibly high importance of aircraft reliability. A crash can cripple a company. Boeing’s woes with the 737-MAX severely hampered their growth and limited orders, for example, and those issues could have been avoided with more careful testing and better solutions to issues. With renewed emphasis on safety, aircraft manufacturers expect their suppliers to uphold a higher standard. How can you make your business a better partner for aircraft manufacturing?