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Xstress DR45 represents the next evolution in X-ray diffractometers, offering rapid generation of high-quality data. Its exceptional speed and precision extend residual stress measurements from the confines of the laboratory to the efficiency of the production line. The accompanying software, featuring an intuitive and user-friendly interface, seamlessly integrates with cutting-edge technology to enhance productivity.

Southampton University Formula Student Team (“SUFST”) is a student-run organisation comprised of undergraduates across multiple disciplines, from all years of study. The team design, build, test, and ultimately race an electric single-seater race car, competing internationally against other universities, primarily at our home circuit of Silverstone for Formula Student UK. This year, the team is

Smart Green Shipping that aims to lead global shipping’s green, with targets to reduce greenhouse gas and fuel costs via the incorporation of high-tech sail systems ‘FastRig, in combination with weather routing software and circular economy business models. FastRig is an innovative, retractable, rigid wing sail, easily retrofitted to the existing 40,000 commercial vessels deemed

The push to decarbonise shipping is a difficult problem and current proposals to add wind propulsion to existing tankers and containerships can only solve a proportion of the problem – the industry will need to go further. At Argo Engineering we are constantly looking for innovative solutions to these kind of problems.  As a thought experiment Argo have undertaken

With EVORIS, Dieffenbacher has developed a new approach to the digitization of plants for composites and metal processing. Assisted by artificial intelligence, the digital platform EVORIS is a smart software solution for the digitalization of hydraulic press systems and complete forming plants. The software helps to make manufacturing processes more transparent and efficient. The cross-plant

Manufacture long fiber-reinforced thermoplastics more cost-effectively. These are suitable for components such as underbody shields, spare wheel recesses and instrument panel carriers. They offer outstanding lightweight construction properties and a high potential in energy absorption behavior. With Dieffenbacher’s LFT technology and the process-controlled, high-precision hydraulic Fiberpress, you can incorporate reinforcing fibers and materials more cost-effectively,

Take your SMC component production to the next level. The majority of SMC processing applications still rely on manual processes. The Dieffenbacher Fibercut SMC cutting and stacking system enables a considerable increase in productivity and system efficiency fully automated. The Fibercut cutting system replaces the error-prone and time-consuming manual steps of the cutting process.

The Tailored Blank Line consisting of tapelaying system Fiberforge and consolidation system Fibercon is a completely integrated production system. It enables you to produce more than one million lightweight parts per year on the basis of thermoplastic tapes. Together with upstream and downstream processes such as tape loading and the Dieffenbacher Fiberpress, flexible and extremely

We design machines with press forces between 1,000 and 50,000 kN in monolithic design or as column presses, as long-stroke upper-piston or short-stroke lower-piston presses. In addition to proven standard products, we offer individual solutions and develop special presses for even greater pressing forces, tailored to your specific requirements. Rely on our engineering team and