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The world is moving towards sustainable energy sources and electric vehicles are the future. We at 3D Paradise are proud to have contributed to this transition by prototyping a low-cost e-bike for one of our clients.
Project timeline
While the project was successful, it wasn't without its challenges. The client wanted to showcase the e-bike to potential investors and customers, which meant that it had to be roadworthy and capable of being ridden for several kilometers. This posed an added challenge for us as a prototyping company.
Typically, prototypes are not designed for extensive use, but rather to showcase the design and functionality of the product. We had to ensure that the e-bike was not only visually appealing but also safe and functional enough for the client to ride multiple times. This required us to take extra care in the design and production of each component.
Furthermore, the time constraint added an extra layer of pressure. We had to work quickly and efficiently while still maintaining the high standards of quality that we're known for. Our team rose to the occasion and delivered a prototype that exceeded the client's expectations.
Despite the challenges, we're proud to have been a part of this project and to have contributed to the development of sustainable transportation.
At 3D Paradise, we pride ourselves on providing innovative solutions to our clients' problems. When it came to prototyping the e-bike, we faced a unique challenge - the client wanted to showcase and ride the bike for several kilometers and multiple times, which is not typically done during the prototyping phase. To overcome this challenge, we used a specialized version of FDM 3D printing and SLS technology, which allowed us to produce high-quality components in a shorter amount of time.
We also used an innovative approach to deal with the larger parts, which would have taken a long time to 3D print. Instead of printing the components as whole parts, we broke them down into smaller, manageable parts, which could be assembled later. This approach allowed us to optimize the 3D printing process and save time while maintaining the quality of the components. Additionally, we used specialized post-processing methods to ensure that the components were as good as whole, resulting in a high-quality final product.
To achieve this low-cost prototype, we used a specialized version of CarbonFiber reinforced FDM 3D printing and SLS technology, which allowed us to reduce production costs significantly. The cost of prototyping was considerably lower than what the client had initially estimated. A typical e-bike prototype can cost anywhere between 70,000 INR to 3,00,000 INR, depending on the end use case and scope of work. Our cost-effective solution allowed the client to showcase the e-bike to investors for investment and marketing purposes without breaking the bank. The e-bike was also used for pre-bookings, which helped in gauging customer interest and collecting feedback.
At 3D Paradise, we firmly believe that electric vehicles are the future of the automobile industry. That's why we are committed to working on several large-scale automobile prototyping projects. Our aim is to make sustainable transportation accessible and cost-effective for everyone. We are constantly researching and exploring new technologies to make our prototyping process faster and more efficient. With our expertise in 3D printing, we are confident that we can continue to revolutionize the industry and contribute to a greener future.
2 Comments
Application is transforming. But this blog nowhere mentions how exactly you were able to print the whole bike in such a tight deadline. Hoping for a detailed technical review soon.
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