“Science is a collaborative effort.” As American Physicist and Electrical Engineer John Bardeen famously stated. “The combined results of several people working together are often much more effective than that of an individual scientist working alone.” The ideology holds true throughout all STEM-related professions, especially in the aerospace bracket. In this blog, we delve into the joint ventures within this domain, covering bilateral alliances, and explore how they contribute to further achievements.
As we step into the autumn months, statistical data is now revealing the thriving sectors within the market during the first half of 2023. Significantly, the aerospace & defence industry (A&D) has experienced immense prosperity, specifically within the field of aircraft. According to ADS – the trade association representing A&D, security, and space organisations – there has been an extraordinary 129% influx in international aircraft orders in H1 2023 compared to figures from 2022 . In this article, we probe further and uncover the trends and progressions revolutionising how A&D utilise aircraft.
Lasting achievement in subsea R&D hinges on adopting constantly changing hi-tech improvements. Staying ahead of the game becomes paramount as we dive deeper into our waters, and by fuelling research and development (R&D) with the best discoveries, we can guarantee persistent growth. Here, we explore the utmost importance of keeping abreast of progressions that are propelling us towards thriving prospects.
In light of the latest event involving OceanGate’s Titan, oceanic investigation has attracted public interest worldwide. The incident has underscored the vital need for employing appropriate materials in the construction of undersea crafts to verify safety during seabed research. Here, we examine the branch of underwater archaeology and highlight the value of optics in surveying, conserving, and studying historical relics.
In the fast-paced environment of thriving R&D divisions stands a common denominator: the relentless pursuit of excellence. Amidst the hustle and bustle, a simple yet frequently overlooked, quality-driven factor holds the power to make or break a venture’s success. The weight of picking top-tier optics cannot be overstated, notably for the breakthroughs of tomorrow and in the dynamic spheres of the armed forces and aeronautics. Having accumulated more than three decades of familiarity in these domains, Knight Optical is in a prime position to provide insightful perspectives on why opting for premium is pivotal.
For subsea veterans, achieving the ideal mix of convention and modernisation in the sphere of R&D is indeed an art. Pre-2000, sophisticated sonar systems, telecommunications as well as submersible cameras and craft set a formidable benchmark. Nonetheless, the marketplace has taken noteworthy strides and continues to evolve. At Knight Optical, we are a recognised brand within the forward-thinking community. Here, we discover the art of counterbalancing time-honoured customs with progressive strategies and the advantages of staying abreast of cutting-edge growth.
At Knight Optical, we’ve got our fingers on the pulse of the robotics and automation industry, and we can’t contain our excitement about the jaw-dropping innovations coming out of the sector, especially in the aftermath of the coronavirus. Brace yourself as we dive into the top 10 incredible advancements that arose after 2020 and are radically changing the way we live, work and play.
Selecting the perfect optical component partner for your research and development (R&D) laboratory’s specifications demands thoughtful evaluation of various critical factors. As a provider of high-quality, metrology-tested optics, the team here at Knight Optical recognise the significance of pinpointing a supplier that can meet your specific requirements. Below, we delve into the seven key pillars that comprise the basis of a reputable company, which are worth your careful consideration.
A subfield of artificial intelligence (AI), machine vision is advancing quickly and has the capacity to revolutionise many industries worldwide. Since it heavily relies on visual processing, it is no wonder that integrating high-precision optical components is crucial to its operation. In this blog, Knight Optical, a major supplier of metrology-tested optical components, delves into the rise of machine vision and other automation systems in various sectors.
Robotics and automation have greatly enhanced the development of oil and gas by improving maintenance and repair, production efficiency, and safety monitoring. These systems are often equipped with advanced components such as sensors and cameras, with optical components being particularly crucial to their performance. Here, Knight Optical, a leading provider of high-precision optical components, explores the application of robotics and autonomous technology in the oil and gas industry.