Our portfolio includes:
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Ni-Based Alloys:
IN625
IN718
HX
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Al-Based Alloys:
AlSi10Mg
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Stainless Steel:
316L
17-4PH
Additive Manufacturing Applications in Automotive
The automotive industry is undergoing rapid transformation and faces constant pressure to reduce costs, shorten development cycles, and meet increasing demands for lightweight, high-performance, and customized parts.
Traditional manufacturing methods often struggle to balance speed, cost efficiency, and design flexibility, while minimizing environmental impact remains a critical priority. With its advanced and flexible systems, Eplus3D enables the automotive industry to innovate faster, operate more efficiently, and stay ahead in a highly competitive landscape.
Why Choose Eplus3D Additive Manufacturing for Automotive?
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35+product projects for function improvements
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30 +automotive companies cooperated overseas
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62 %+less weight of the accelerator pedal
Success Story in Automotive Additive Manufacturing
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Metal Additive Manufactured Parts for Racing Car
Additive manufacturing technologies (AM) or 3D printing allows the layer-by-layer production of complex parts with features that are difficult to achieve by traditional methods.In metal powder...View More -
Metal Additive Manufacturing – Faster Innovation for the Bicycle Industry
Building the first titanium bicycle frame in monocoque look with full battery integration worldwide made of 3D printed titanium lugs.The integration of innovative technologies from Asia to Cen...View More -
PWR and Eplus3D: Advanced Cooling Solutions through Metal Additive Manufacturing
Who is PWR? PWR Advanced Cooling Technology (PWR) is headquartered on the Gold Coast, Australia. The company is renowned for its expertise in high-complexity, small-batch customized heat exchangers a...View More -
3D Printed Metal Cooling Jacket Boost the Formula Electric Student Team
In recent years, 3D printing technology has often been seen at Formula Student China, boosting racing teams from all over the world to be fast and furious on the circuits. Eplus3D has sponsored many d...View More -
3D Printed Metal Racecar Condenser Opens Future Possibilities in Racing
The HRT Racing Team from the Harbin Institute of Technology won 3rd place in the 2018 Student’s Formula Electric China. As a sponsor, Eplus3D worked closely with HRT Racing Team in the race, providin...View More -
Metal 3D Printing Promotes Revolution in Valve Design and Manufacturing
Valve is a device which is used to control the direction, pressure and the flow of fluids (liquid, gas, powder). It is an important controlling component of the fluid power system, and is widely used ...View More -
Mannheim University Turns to AM Solution from Eplus3D for Aluminum Wheel Carrier
In racing, every millisecond counts to be the first to cross the finish line. The Delta Racing Team of Mannheim University of Applied Sciences therefo...View More -
3D Printed Exhaust Pipe Applied on Ford Mustang
For most commuters, the daily driving commute is changeless. To make it less boring, some car owners pursing the individuation style which lead to the idea that modify their cars lawfully, such as hav...View More -
Performance Improvements Using 3D-printed Heat Exchangers
Using Additive Manufacturing technology, the Formula Student Racing Team E-Stall of the University of Applied Sciences Esslingen, Germany could successfully i...View More -
Optimizing Accelerator Pedal Design for Lightweight
Among other trends in manufacturing, we notice increasing complexity demands which are forced by multiple drivers. For example, customized products for the different needs of end usersView More
Materials for Automotive Additive Manufacturing
Eplus3D provides a wide range of suitable materials for the automotive industry which meets the stringent requirements of automotive engine manufacturers for metallographic and mechanical properties.
Proven Applications in Automotive Additive Manufacturing
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Housing for Heat Exchanger
Material: CP1
Equipment: EP-M260
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Automotive Piston
Material: Aluminum Alloy
Layer Thickness: 60μm
Equipment: EP-M400S
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Exhaust Housing
Material: AlSi10Mg
Layer Thickness: 90μm
Equipment: EP-M650
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Underbody Mount
Material: AlSi10Mg
Size: 830 x 120 x 450 mm
Equipment: EP-M650
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Bicycle Frame
Material: Titanium Alloy
Printing Time: 45H
Equipment: EP-M400
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Exhaust Manifold
Material: Stainless Steel
Size: 218 x 104 x 113 mm
Equipment: EP-M260
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Automotive Engine Pipe
Material: 316L
Size: 325 x 140 x 50 mm
Equipment: EP-M300
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Engine Valve
Material: AlSi10MgSize: 180 x 220 x 320 mmEquipment: EP-M260
Related Additive Manufacturing Machine
Your Trusted Partner in Industrial Metal 3D Printing
With more than 30 years of AM technology accumulation, Eplus3D strives to bring you long-term
success, from a professional start in industrial 3D Printing solutions to qualified system
maintenance and globally available support. Get in touch with us today and we'll find the
tailored solution to fit your needs as soon as possible!