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Home3D PrintingHitachi Rail to 3D Print Spare Elements in New Cope with Roboze

Hitachi Rail to 3D Print Spare Elements in New Cope with Roboze


Japanese multinational railway firm Hitachi Rail has acquired ARGO 500 3D printers from Italian OEM Roboze to help the manufacturing of prototypes and spare elements. 

The rolling inventory producer will 3D print spares from high-strength polymers similar to ULTEM 9085 and Carbon PEEK. 

situated on the firm’s factories in Italy and the USA, the 3D printers will change standard machining strategies beforehand used to manufacture steel elements. It will translate to quicker and more cost effective manufacturing, overcoming provide and availability challenges presently dealing with the railway trade. 

The settlement can even see Roboze present after-sales help in the USA and Italy to maintain its new fleet of ARGO 500 programs operating. 

“Our partnership with ROBOZE underlines our dedication to delivering superior, high-quality manufacturing for our prospects,” commented Luca D’Aquila, COO of Hitachi Rail Group and Hitachi Rail Italy CEO.

“The partnership will allow us to harness 3D printing to enhance operational effectivity and cut back prices for producing prototypes and railway spare elements.”

Roboze and Hitachi Rail's partnership banner. Image via Roboze.Roboze and Hitachi Rail's partnership banner. Image via Roboze.
Roboze publicizes new partnership with Hitachi Rail. Picture by way of Roboze.

3D printing railway spare elements with the Argo 500

Roboze’s Argo 500 was launched in 2017. The economic 3D printer boasts a 500 x 500 x 500 mm Heated chamber that may attain as much as 180°C. As such, it might probably produce steel alternative elements with high-viscosity materials similar to PEEK, Ultem AM9085F, Carbon PA and carbon fiber-infused PEEK. 

To make sure good adhesion between the half and the construct plate, the Argo 500 contains a vacuum plate system. That is additionally mentioned to make 3D printing and removing of polymeric movies simpler and quicker. The addition of the Roboze Beltless System ensures half repeatability and mechanical tolerances of 25 microns.  

Hitachi Rail will set up the 3D printers at its factories in Naples, Italy, and Washington County, Maryland. The latter, a brand new $70 million rolling inventory manufacturing facility, will ship a fleet of 8000-series railcars to the Washington Metropolitan Space Transit Authority as its first order. This manufacturing unit can even draw on the technological experience of the broader Hitachi Group to develop into “its most superior digital web site.”  

Roboze claims that the brand new partnership with Hitachi marks a key milestone in its mission to remodel the worldwide industrial manufacturing panorama. 

“ROBOZE continues to show itself as a dependable and progressive associate for firms aiming to rethink their manufacturing and push the boundaries of progress by means of expertise,” acknowledged Roboze Founder and CEO Alessio Lorusso.    

An engineer using ROBOZE's ARGO 500 3D printer.An engineer using ROBOZE's ARGO 500 3D printer.
Roboze’s ARGO 500 3D printer. Photograph by way of Roboze.

The transport sector adopts 3D printing 

The transport sector has more and more adopted 3D printing to reinforce the manufacturing of spare elements and optimize provide chains.

Final 12 months, International transport firm MAN Truck & Bus (MAN) built-in Replique’s 3D printing expertise into its manufacturing technique. The partnership has seen the 2 firms collaborate to 3D print spare elements domestically and on demand, eradicating the necessity for bodily inventories.    

MAN realised the worth of additive manufacturing when it urgently required ten bronze manifolds and the important casting mould was unavailable. The agency acknowledged that creating a brand new mould with standard casting and machining strategies could be expensive and time-consuming, so turned to Replique for a extra environment friendly answer.   

Leveraging Selective Laser Melting (SLM), MAN and Replique efficiently reproduced the ten manifolds with only a 3D mannequin and a producing drawing. Your entire course of, from MAN’s inquiry to the supply of ready-to-install elements, took about 7 weeks.

Elsewhere, Deutsche Bahn (DB), Germany’s nationwide railway firm, adopted Essentium, Inc. Excessive-Pace Extrusion (HSE) 3D printer and high-performance supplies to provide 3D printed prepare elements and instruments. 

Based on Essentium, it will enable DB to extend the provision of its fleet by permitting key elements to get replaced rapidly and effectively. Considerably, 3D printing will enable DB to beat provide chain challenges and uncooked materials shortages for out of date elements. 

Essentium’s 3D printer and supplies are being utilized with DB’s digital warehouse. This homes round 1,000 digital technical drawings of spare elements, a quantity which DB hopes will improve to 10,000 by 2030.      

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Featured picture reveals class 800 rolling inventory constructed by Hitachi Rail. Picture by way of Hitachi Rail.



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