Siemens mobility extends spare parts 3d printing program to russia’s high-speed rail

Siemens Mobility Extends Spare Elements 3D Printing Program to Russia’s Excessive-Pace Rail

Siemens mobility extends spare parts 3d printing program to russia’s high-speed rail

The railway business is among the extra thrilling fields to observe the adoption of additive manufacturing, as varied corporations start deploying the know-how to be used within the manufacturing of on-demand spare components. One of many leaders on this development has been Siemens Mobility Companies, which already labored with Stratasys to print upkeep components for the German and UK rail industries. Now, the German multinational is increasing its rail upkeep operations to Russia.

Siemens has purchased two Stratasys Fortus 450mc methods to provide spare components for its Russian enterprise, simply as Siemens Mobility has been awarded a contract to construct 13 high-speed Velaro trains for RZD, a Russian practice firm. Siemens won’t solely assemble the automobiles however preserve and repair them over the following 30 years. The contract is third Velaro order from RZD, which already has a fleet of 16 trains in its excessive pace rail (HSR) line, Sapsan, which runs from Saint Petersburg to Moscow.

Elements of a railway instrument 3D printed utilizing the Fortus 450mc. Picture courtesy of Stratasys.

Siemens has already put in the 2 new Fortus methods in its Siemens Mobility Russia places in St. Petersburg and Moscow. There, the 3D printers will probably be used to execute the German multinational’s Simple Sparovation Half community in Russia, through which 3D print components from digital stock enable for in-house manufacturing of spare components. With the brand new practice contract, which means Siemens will probably be servicing 16 current trains and a further 13 over the following 30 years utilizing AM know-how.

In line with the conglomerate, the usage of 3D printing has allowed Siemens Mobility Russia to exhibit a fleet availability file of over 99 p.c.

“These availability figures can be bodily inconceivable to attain by means of exterior half sourcing and conventional manufacturing strategies alone, however Stratasys’ FDM 3D printers provides us the potential to cost-effectively produce the components in-house, partially eliminating the necessity for warehousing or instruments for a particular vary of things,” mentioned Alexey Fedoseev, Head of Buyer Companies, Siemens Mobility Russia. “We have now already seen the success of the Siemens Mobility ‘Simple Sparovation Half’ enterprise in Germany, the place this know-how has supplied us time-per-part financial savings of as much as 95% in comparison with conventional manufacturing strategies.”

So long as the know-how used to make the components is as much as the duty, digital stock has quite a few advantages over bodily storage. It reduces the area wanted to take care of a bodily provide, whereas additionally making it potential to ship alternative components on-demand, on-site, and rapidly, whatever the age of the gear being maintained. Within the case of a practice automobile 30 years from now, the bodily components could not even exist any longer; nonetheless, the usage of a digital stock renders the idea of out of date components out of date.

Siemens Mobility Extends Spare Elements 3D Printing Program to Russia’s Excessive-Pace Rail 1

Seize handles 3D printed with Stratasys know-how and put in on a Chiltern Railways practice. Picture courtesy of Stratasys.

“The manufacture and supply of a further 13 new Velaro trains will see us work on a number of automobiles over a protracted time frame, and inside very strict time constraints. Consequently, 3D printing makes for an ideal add-on to assist our manufacturing and gives us with the pliability to interchange and create components ourselves, anytime they’re wanted,” Fedoseev mentioned.

The Fortus 450mc methods have the flexibility to 3D print utilizing industrial-grade supplies that may function within the excessive temperatures that Russia is thought for. Stratasys additionally presents supplies that meet the regulatory certifications vital for 3D printing inside cabin components.

In line with Grand View Analysis, the worldwide railroads market was valued at $508.5 billion in 2016 and is predicted to hit 829.three billion by 2025. Progress is due partially to the continued industrialization of nations like India and China, in addition to the worldwide electrification of transportation infrastructure within the face of the local weather disaster.

Whereas the U.S. has been regularly thwarted in its makes an attempt to ascertain any actual HSR strains, China’s HSR system has turn into probably the most in depth on the planet. With that in thoughts, there’s little doubt that the U.S. will ultimately set up some HSR because it reduces its dependency on fossil fuels. Whether or not or not it is going to be ready to take action earlier than our ecosystem is past restore is one other story.

Siemens Mobility Extends Spare Elements 3D Printing Program to Russia’s Excessive-Pace Rail 2

So as of most to least high-speed rail strains: China, Europe, Russia, the U.S. The U.S. has two small corridors from Boston to Washington D.C. and D.C. to Perryville, Maryland which are categorised as HSR. Photographs courtesy of Wikipedia.

As HSR grows, so too will rail upkeep. Inside that market, the railway upkeep equipment section was valued at $four.24 million in 2018 and is predicted to achieve $7.44 million by 2025, based mostly on analysis from It’s extremely seemingly that this subsegment will characteristic AM.

This isn’t simply due to Siemens’ use of the know-how within the area, such because the aforementioned upkeep packages in Germany and the U.Ok., however Deutsche Bahn is part of a bigger Mobility goes Additive community devoted to the usage of AM in rail and different industrial sectors. Dutch Railway can be utilizing 3D printing for the manufacturing of spare components.

In different phrases, not solely is the railway business rising, however so is 3D printing spare components for trains, which is able to naturally segue into producing finish components. That is indicated by a latest announcement by a 2018 Wabtec. GE Transportation merged with industrial practice half producer Wabtec in 2018, which then purchased GE’s H2 metallic binder jetting system with the plan to make use of it within the manufacturing of as much as 250 parts by 2025. At that time, Wabtec gained’t be the one firm 3D printing finish components for the railway business. Producers globally will probably be saying it’s “all aboard” for additive.

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