End-To-End Monitoring During Series Production Components produced for the aerospace industry must satisfy strict quality assurance criteria. Especially in series production environments, there are high standards for component quality and hence process stability and reproducibility. End-to-end quality assurance is therefore crucial throughout the entire production chain. Just a few years ago, there were no well-established testing procedures for additive manufacturing,
With the advent of 3D printing, along with the latest manufacturing materials, innovators in the mobility space are now able to provide a greater level of independence and a better quality of life for amputees and those affected by neurological disorders. Millions of people around the world depend on prosthetics and other mobility devices to negotiate the world around them.
NextGenAM – pilot project for automated metallic 3D printing proves a complete success. Joint project between Premium AEROTEC, EOS and Daimler demonstrates huge potential for the production of replacement parts and series-production components. Joint project between Premium AEROTEC, EOS and Daimler demonstrates huge potential for the production of replacement parts and series-production components Production of truck parts begun. Potential for
“Every month the pad handling machine isn’t up and running, we’re missing out on over 15% of increased plant throughput.”— Phil M, Senior Mechanical Designer
AFGRI is a leading agricultural services company that focuses on grain commodities and agricultural services and equipment, while incorporating a long-term vision of food security across Africa. As part of their sponsorship program, AFGRI gives support to the Vodacom Bulls, which are a professional rugby union team based in Pretoria, South Africa.
As part of a promotion, AFGRI wanted to create a miniature RC truck body to be used to carry on the kicking tee at Currie Cup Rugby games. They approached Rapid 3D to find a solution utilizing a large format 3D printer from 3D Platform. Now completed, the RC truck is branded with the AFGRI logo, and often featured during televised rugby games.
Medical implants are one of the most highly regulated and technically complex engineering sectors. Get an inside look into the complex world of manufacturing medical implants. In 2018, Executive Engineering installed an EOS M290 Metal 3D Printer in their Cape Town facilities, and together with their customer, LRS Implants took the lead in local additive manufacturing of orthopaedic implants. In
Applications like 3D printed organs are big news, but 3D printed jigs and fixtures are the true silent heroes — changing how modern manufacturing works. Tools are always needed in manufacturing. Various jigs, fixtures, templates, and gauges can significantly improve the efficiencies in the process, lowering the production time and saving on labour costs. Many companies couldn’t afford to custom-make
You may not know it, but agriculture is one of the industries starting to make the most of the cutting-edge technology that is 3D printing. The benefits of 3D printing for agriculture include: Agriculture and technology are increasingly working together. Food production, farm equipment, farming products, 3D printing is a great asset and simplifies a lot of processes. 3D printing
Custom train parts for the electronic onboard information systems of the ICE trains operated by Deutsche Bahn. The fleet of third-generation ICE trains operated by Deutsche Bahn features just under 160 units from various production series. Every single one of them still looks and feels modern, thanks to their stylish design and regularly refurbished interiors. Despite this, the transportation industry
Most of the time, a car accident victim with trauma to the face will undergo hours of surgery in the operating room, as doctors work to rebuild the damaged area based on their best analysis of how the face might have looked before (usually using a CT scan).
But 3D printing is transforming all of that, leading to shorter surgeries, better reconstructions and improved results for patients.
A trauma patient will still have their injury scanned after a comprehensive exam. But now, Brooks and his team will plan the reconstruction digitally and 3D print a life-sized biomodel on an EnvisionTEC Vector 3SP. The machine creates a replica of the patient’s bony structure with accuracy to 100 microns.
The surgeons can then build reconstructive devices right on the 3D printed biomodel at their desk, crafting it exactly as they want before they ever set foot in the operating room. Once they do enter surgery, they have all the fabricated parts they need to do the reconstruction quickly.