3D printing can be used on the automotive assembly line to make car parts, components, and prototypes that are more lightweight and have faster turnaround times, as well as production of replacement and spare parts. Several announcements today highlight the major efforts automakers are employing to bring additive manufacturing into their workflows.
Michigan-based Ford Motor Company is a big fan of 3D printing, and even piloted Stratasys’ Infinite Build 3D printer. In order to meet customer demand for the new models of its Lincoln Navigator and Ford Expedition SUVs, the company is increasing production of the vehicles by 25%, and using advanced manufacturing technologies including 3D printing to do it.
Ford is increasing the total investment in its Kentucky Truck Plant to $925 million, which will in turn ramp up the manufacturing line speed for the SUVs, which are two of the highest-priced vehicles that Ford sells.
The company’s automotive profit margins shrunk to 3.7% in the fourth quarter of 2017, down from 5.7% last year, so the company is also working to soothe investors and continue competing with rivals General Motors and Fiat Chrysler Automobiles.
Joe Hinrichs, President of Global Operations for Ford, said, “The response from customers regarding our new full-size SUVs has been exceptional. Using a combination of Ford’s advanced manufacturing and American hard work and ingenuity, we’ll deliver more high-quality Lincoln Navigators and Ford Expeditions to customers than originally planned.”
The luxury Lincoln Navigators and Ford Expeditions are barely spending a week on the lot before they’re sold, and assembly line workers at the Kentucky Truck Plant are working overtime and weekend shifts to get the vehicles to customers as quickly as possible. But, the company’s additional investment and advanced manufacturing upgrades are helping to improve operational awareness.
400 new robots, including collaborative ones, were added to the facility – mostly in the body shop – during last year’s transformation. The robots keep employees safe from suffering repetitive-motion injuries, while also allowing the plant to increase line speed. A new robot lab in the plant also gives employees a place to troubleshoot issues and test out software changes, which saves on production time.
“We can sell every single vehicle we can produce here. These are high-margin vehicles, so that is very meaningful,” Hinrichs said during a tour of the company’s Kentucky Truck Plant in Louisville.
A data analytics hub features seven big-screen TVs that provide plant officials with minute-by-minute updates on the production line; these updates also help workers be proactive and efficient when it comes to pending parts shortages, so they can visit the plant’s huge spare parts “vending machine” to quickly find the part they need and keep inventory where it’s supposed to be.
The Kentucky Truck Plant also installed a new 3D printer, so workers can inexpensively print individual parts for tools that help keep the plant’s efficiency up. While manufacturing a prototype part with traditional methods can cost over $250,000 just in tooling, and take 8 to 16 weeks, it only costs up to a few thousand dollars, and just hours or days, to 3D print the part.Ford isn’t the only automaker announcing increased usage of 3D printing: the Porsche Classic division, dedicated to classic vehicles, is using the technology to produce spare parts for rare vehicles that may not be readily available.
Collectors of rare classic cars who can’t get their hands on spare parts may be forced to take the car out of action. That’s why Porsche turned to 3D printing to produce very rare parts that are only required in small quantities.
The division’s range includes roughly 52,000 parts; if the stock for one goes down, the company reproduces it with original tools, though new tools may be required for larger quantities. Unfortunately, using new tools to make small production batches of limited supply parts would be inefficient. Porsche Classic evaluated different manufacturing processes, and realized that 3D printing is a good economic alternative for small batch production of unavailable parts, like the clutch release lever on the rare Porsche 959.
This component is made from grey cast iron, and is typically in low demand, as less than 300 of the super sports cars were produced. Porsche used SLM 3D printing to make the release lever, which passed a pressure test with a load of nearly three metric tons, a tomographic examination for internal faults, and several driving tests.Thanks to the consistently positive results that 3D printing offers, Porsche is also using 3D printing to manufacture eight other parts, with SLM put to use for steel and light metal, and SLS 3D printers used to create plastic components. All of the 3D printed parts meet, and even exceed, the visual and technical requirements of the original specs, and the company is now investigating if the technology would be a good option for producing 20 other parts.
3D printing technology has also been used on a number of occasions to make components and parts for race cars, and 3D printing company Immensa Technology Labs, in Dubai, hit a major milestone by being the first company in the country to provide 3D printed parts for a race car – a compact Toyota GT86.
The race car was driven at Yas Marina Circuit in Abu Dhabi, by amateur race car driver Mohammed Abdulghaffar Hussain.
“In alignment with the ‘Dubai 3D Printing Strategy’ launched by HH Sheikh Mohammed bin Rashid Al Maktoum, Vice President and Prime Minister of the UAE and Ruler of Dubai, we are proud to be the first 3D printing company in the UAE to apply this new technology to the local automotive industry,” said Fahmi Al-Shawwa, CEO of Immensa.
“We are confident that additive manufacturing can enhance traditional manufacturing processes, reduce costs, redefine productivity and fuel innovation across all sectors, and we are delighted to have proven this in partnership with Hussain.”
Hussain, who won the TRD 86 race in the Toyota GT86 with 3D printed parts, is also the CEO of Creek Capital and the managing director of Green Coast Enterprises.
“My racing team is committed to adopting the latest technologies and working with disruptive companies like Immensa to drive innovation. We are pleased to have set a new benchmark by using 3D printed parts in a racing car for the first time here in the region as far as I am aware,” said Hussain.
“This technology provided us with a great turnaround time for parts that we were not able to source locally and others that were produced to a much higher quality than the original parts.”
Discuss this and other 3D printing topics at 3DPrintBoard.com or share your thoughts below.[Sources: Ford, Reuters, Wheels24, Engineers Online, Trade Arabia]
You May Also Like
1960s Artwork Returns to Life With WASP’s Crane 3D Printing Technology
Once again, crane 3D printing company WASP captivates us with a new earthly design that blends art and culture with sustainable living. This time, the innovative Italian firm teamed up...
3D Printing News Briefs, July 11, 2021: Wohler’s Associates; Solvay, Ultimaker, and L’Oréal; America Makes & ODSA; BMW Group; Dartmouth College; BEAMIT & Elementum 3D; Covestro & Nexeo Plastics; Denizen
In today’s 3D Printing News Briefs, we’ll be telling you about the launch of an audio series and a competition, AM training and research efforts, materials, and more. Read on...
Intellegens Upgrades 3D Printing Deep Learning Software
As the first market research firm to publish a report on the rapidly evolving trend of automation in 3D printing, SmarTech Analysis noted how crucial new technologies like machine learning,...
MESO-BRAIN Uses Stem Cells & Nanoscale 3D Printing to Investigate Neural Networks
The MESO-BRAIN consortium is a collaborative research effort, led by the UK’s Aston University and funded by FET and the European Commission, that’s focused on developing 3D human neural networks...
View our broad assortment of in house and third party products.