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Sustainability is at the forefront of the global economy, and as the impacts of climate change continue to be felt worldwide, countries have set new agendas that prioritize sustainable practices in both the public and private sectors. Lucrative government contracts...
Electric vehicles (EVs) are the future of personal transportation. Countries worldwide have committed to reducing greenhouse gas emissions, and EVs have the potential to make a significant impact in that regard. With many countries providing subsidies for EVs, the...
The faster your fabricated components can be tested to ensure they operate appropriately, the faster you can proceed to production. Time saved on development not only saves your company money, but it also accelerates your product development pipeline, allowing your business to take on more designs. Hardware-in-the-loop (HiL) test systems allow you to automate many testing tasks and perform them faster with simulated testing and precise test bed control.
The auto manufacturing industry is consistently at the vanguard of manufacturing technology. From the assembly line to extensive use of automation, few other industries employ as many emerging technologies as the automotive industry does. Augmented reality (AR), which combines real environments with digital displays to provide information and visualizations, is quickly becoming the latest technology to be adopted by the automotive industry. How is AR changing the industry, and what impact will it have on your business?
The automotive industry has always been at the vanguard of industrial innovation. Auto manufacturing first adopted the assembly line and later became the first industry to embrace automation with robotics. Auto manufacturers continue to press forward to look for ways to implement automation. Today, even suppliers need to evaluate how they can automate processes to remain competitive. Consider the latest trends in robotics in the auto industry and which tools you can adopt now to stay ahead of your competition.
Auto manufacturing is witnessing a revolution of sorts, with the advent of cutting-edge technologies reshaping the concept of safety. Embracing digital transformation, the sector is experiencing improved safety measures that have far-reaching implications for efficiency and productivity, from automated test equipment to the use of AI.
Digital transformation is coming to every industry, particularly aerospace and automotive manufacturing. Combine that with one of the most profound and disruptive innovations of our time, electric vehicles (EVs), and the automotive industry is being forced to adapt and revolutionize. SAAB RDS, with its unique expertise and customer-first approach, can help you navigate this change.
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 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.
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.
There is a clear trend in the automotive industry. Autonomous vehicles are the future of transporation and companies big and small are vying for a piece of this new market. Nevertheless, new markets mean new difficulties. Digital transformation has already been critical to the few successful cases that exist. Companies like Tesla and GM have embraced digital engineering workflows with glowing results. Consider the challenges in designing autonomous vehicles and how going digital makes it easier to overcome them.
The promise of self-driving, zero-emissions vehicles in the near future is exciting. Still, the technology trends that are helping to achieve this greater vision come with significant test challenges, as the complexity of controllers and architectures utilized in modern vehicles evolves.