The electronics manufacturing industry is a sector that brings in at least ยฃ80 billion a year; however, ย it relies on other sectors, such as metal casting, to succeed. Electronic devices, either as large as a computer server or as small as an implantable medical device, all demand the highest results...
The various UK manufacturing industries have always been at the forefront of technological innovation, with existing processes significantly improved by implementing computer integration. Companies that invest in this increased digital presence have joined the growing trend of Industry 4.0. Still, with the many advantages, there are a few considerable risks,...
Stadiums are central to many cities as they are the hub for amazing events, whether they are sports victories, political announcements or entertainment venues. These modern multi-function giant structures, such as Wembley in London, Saitama in Japan, and AT&T in Texas, often host large events, so architects have created them...
In the marine sector, dependable components form the backbone of developing and maintaining marine and offshore assets that will operate safely and reliably. The challenging environment requires highly exacting specifications to be met before metal cast components are employed in either marine or offshore settings, as asset failure will quickly...
We proudly present our latest innovative video, a testament to our commitment to excellence, cutting-edge technique, and refined processes. This multimedia exploration grants you access to our behind-the-scenes operations, imparting an understanding of our distinctive attention to quality and innovation. The video below offers insight into the production stages, ranging...
Metal casting is a central process in a wide array of sectors, and it's increasingly becoming a linchpin of the electric vehicle (EV) market, an industry that's growing exponentially here in the UK. Aluminium, in particular, has emerged as an essential element in the EV industry, and it is often...
Robotics are now, more than ever, essential elements in factories and warehouses across the globe. These robots are meant to help humans and work side-by-side with them, not threaten jobs. After all, technological innovation tends to promote economic growth, meaning the outcome of automating more businesses is likely to be...
When thinking about metal casting, the first thought may go to complex and technical sectors like automotive, rail, mining, or aerospace; however, the reality is its versatility contributes to almost every area of modern society, leading to surprisingly creative, fun products and solutions, like those in the leisure industry. With...
Custom part design for specialised applications presents numerous challenges. Innovative technologies create opportunities for bespoke parts designed to fulfil unique roles and address specific requirements. However, this progress results in heightened challenges for designers and manufacturers striving to cater to these emerging demands. Striving for accuracy in testing these designs...
Metal Casting is the pivotal but subtle tool that ensures the success of many different applications, including the recently re-invigorated spaceflight sector. From precision investment casting for intricate engine components to high-pressure die casting for larger parts, this process is fundamental in facilitating achievements in space exploration and travel. Whether...
Despite the UK government scaling back its Net Zero 2050 plans, every industry must reduce its environmental impact to contribute to a sustainable future for the planet. Metal casting, in particular, significantly impacts the environment due to the emissions, materials and energy produced during the casting process. However, whilst it...
UK metal casting is renowned for its high-quality results, making it highly desirable in various industries. We maintain this prestige by continuously exploring ways to improve our processes and make them more effective for our clients; this is why we developed our popular 3D rapid prototyping service. Read on to...
