From reverse engineering to design, mass production, and sales.
As part of our external appeal for forged products, we developed our first in-house product. By reverse engineering the shape from genuine parts using a 3D scanner, we designed a shape suitable for forging with 3D CAD, conducted CAE analysis for strength evaluation, and produced a prototype with a 3D printer. This allowed us to successfully pursue a shape that is easy to forge in a short period of about two months from planning to prototyping. Utilizing the equipment we have as a forging factory, we also carried out mold production, forging, and post-processing in-house, which helped reduce costs by internalizing a significant factor that increases the cost of forged products. After sales, we have received positive feedback from many customers.
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basic information
Aftermarket parts for domestic sports cars
Price range
Delivery Time
Applications/Examples of results
Reinforced operating components in clutch operation
Company information
Our company takes great pride and a sense of mission in the "forging technology" that supports Japan's manufacturing industry, and we carry out our daily operations with this in mind. Through discussions with our customers, we sometimes encounter difficulties, but by overcoming these challenges, we have grown and connected this to the improvement of more advanced technologies. We will continue to strive daily to refine our forging technology so that our customers will be even more pleased, saying, "We have produced good products" and "Costs have decreased."
