By utilizing metal 3D printers, it is possible to produce parts that are already discontinued or parts for which there are no drawings, without the need for molds or equipment.
By utilizing metal 3D printers, it is possible to perform reverse engineering on parts that are no longer in production or parts for which there are no drawings, without the need for molds or equipment. 【Specific Steps】 1. Measure existing parts using a non-contact 3D scanner. 2. Create and correct 3D data from the acquired scan data. 3. Select the optimal 3D printer, set the manufacturing conditions, and produce the part. 4. Perform finishing processes (such as polishing or threading of necessary parts). Our company has successfully reverse-engineered parts from trams manufactured in the 1940s and 1950s using a metal 3D printer, passing bench tests and operational trials. These parts are currently installed and in operation on the actual vehicles. Additionally, thanks to the unique layered manufacturing technology of metal 3D printers, we have achieved approximately 40% weight reduction by changing the material from cast iron to titanium alloy. If you are also concerned about "strength," please feel free to download our materials. 【Examples of Reverse Engineering Applications Using Metal 3D Printers】 ■ Trams ■ Classic cars ■ Various supplementary and replacement parts ■ Discarded mechanical parts from molds and die-casting
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Japan Additive Manufacturing for Powder Technology (JAMPT) was established in November 2017 by partners who aspire to spread and penetrate metal 3D printer technology in Japan. JAMPT is a service bureau (SB) that can provide a seamless service from powder development and manufacturing to prototyping and mass production, making it the first of its kind in Japan in the field of metal 3D printing. With the pioneering presence of Koiwai Co., Ltd., academic backing and technical support from Professor Akihiko Chiba of Tohoku University (Institute of Metal Materials), and the global network and information power of Sojitz Corporation, we will demonstrate advanced capabilities in the field of metal 3D printing. As part of a super-smart society in manufacturing, we aim to stand at the forefront of metal 3D printer technology, consider AM technology in manufacturing settings, and overcome challenges together with our customers. By doing so, we want to provide unprecedented new products and new value chains to society and contribute to creating a prosperous society. We wish to continue holding this aspiration. "Metal 3D printer? Let's ask JAMPT." We will strive to become a company where such voices can be heard in the product development field of our customers.
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Company information
Japan Metal Additive Manufacturing Technology (JAMPT) was established in November 2017 by partners who aspire to spread and permeate metal 3D printer technology in Japan. JAMPT is a service bureau (SB) that can provide a comprehensive service from powder development and manufacturing to prototyping and mass production, making it the first of its kind in Japan in the field of metal 3D printing. With the pioneering presence of Koiwai Co., Ltd., academic backing and technical support from Professor Akihiko Chiba of Tohoku University (Institute of Metal Materials), and the global network and information power of Sojitz Corporation, we will demonstrate advanced capabilities in the field of metal 3D printing. As part of a super-smart society in manufacturing, while standing at the forefront of metal 3D printer technology, we aim to think about AM technology in the manufacturing field and overcome challenges together with our customers, providing unprecedented new products and new value chains to society, thereby contributing to the creation of a prosperous society. We wish to continue holding this aspiration. "Metal 3D printer? Let's ask JAMPT." We will strive to become a company where such voices can be heard in the field of our customers' product development.
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