Radford uses Stratasys technology for the production of 500 3D printed Parts for a Sports Car

Car builder and host of Discovery+ show Ant Anstead shows a 3D printed part for the Lotus Type 62-2 coachbuilt as shown in the Discovery+ documentary, Radford Returns | Ant Anstead montre une pièce imprimée en 3D pour la carrosserie de la Lotus Type 62-2 présentée dans le documentaire de Discovery+, Radford Returns.

The Radford team scheduled and tracked their 3D prints across five global locations, using a fleet of up to 20 different Stratasys 3D printers at one time.

For the launch of the Lotus Type 62-2 coachbuilt sports car, global luxury automotive brand Radford uses various 3D printing technologies from Stratasys. Using FDM®, PolyJet™, and stereolithography, the car builder produced 500 3D printed parts.

According to a press release, to produce the first two cars, over 500 parts were 3D-printed at the Radford Studio, automotive design and engineering firm Aria Group, and Stratasys Direct Manufacturing. Using Stratasys’ GrabCAD Shop workflow software, the Radford team scheduled and tracked their 3D prints across five global locations, using a fleet of up to 20 different Stratasys 3D printers at one time – a true demonstration of distributed manufacturing. The array of Stratasys printers included the F900®, F770, Fortus 450mc, F370® and J55 3D printers, each used to achieve different desired outcomes for each part.

The use of various technologies enables the Radford team to better assess the differences between each type of technology as well as the advantages they can bring for one part or another.

A large solid composite firewall sandwich core for instance, has been 3D printed in two halves on the Stratasys F900 printer in ULTEM™ 1010 resin. The part was bonded together into a single piece and then wrapped with carbon fiber without the use of a layup tool. The design of the firewall included complex mounting features for interior speakers, a fuel filler mount, and the luggage compartment. Additionally, many exterior items like side mirror housings, radiator ducts and body vents were printed in FDM® Nylon 12 Carbon Fiber and ASA materials. Numerous mounting brackets throughout the car were printed in FDM Nylon 12 CF due to many factors including strength requirements, the aggressive project schedule and complete design freedom.

By integrating 3D printing technology into their shop, Radford has been able to bring 1960’s-style supercar automaking into the 21st century with the high-end, hyper-customized style and features that their customers expect in a vehicle of this caliber,” said Pat Carey, Senior Vice President, Strategic Growth for Stratasys. “It’s an extreme example of something we see every day in the auto industry. Everyone making investments in new vehicles wants a deeper level of customization and 3D printing is helping make it possible.”

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