タケダ歯車工業 Product Lineup

Our company's gear-ground worm gears combine high precision and high efficiency. By combining the worm gear and wheel, we achieve maximum reduction power and enable efficient power transmission. Our precise gear grinding technology minimizes sliding contact, reducing energy loss. This gear provides reliability that exceeds industry standards and meets our customers' needs. Backed by reliability, our worm gears demonstrate excellent performance across a wide range of applications, including machine tool magazines, indexing parts, and measuring instrument components such as rotating stages, leading to increased productivity and cost reduction. *For more details, please feel free to contact us.*

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Gear skiving is a reevaluated gear machining method that benefits from improvements in tool materials, coating technology, machine rigidity, and NC technology. Below, we explain the advantages of skiving processing in detail. 1. Capability to machine stop-shaped gears - Skiving can process stepped shaft-shaped gears without tool interference. - It enables more complex gear designs, enhancing the functionality of the products. 2. Finishing after heat treatment is possible - Skiving allows for high-precision finishing on gears even after heat treatment. - This ensures the production of high-quality gears unaffected by the distortion caused by heat treatment. 3. Shorter machining time - Skiving has the advantage of shorter machining times compared to other methods such as gear grinding. - This improves productivity and reduces product delivery times. *For more details, please feel free to contact us.

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No-backlash gears minimize backlash, allowing for the precise reproduction of the same angle or position repeatedly. This characteristic ensures high consistency even in repetitive tasks and continuous operations. Specifically, by fine-tuning the meshing of Gear A and Gear B, the backlash is reduced, enabling accurate movement. This high reproducibility is crucial in systems such as automated assembly lines and robotic arms. It leads to improved work quality, allowing for precise assembly and processing of products. Additionally, it contributes to increased productivity. The high reproducibility enhances work speed, thereby increasing the overall throughput of the production line. The high reproducibility characteristic of no-backlash gears demonstrates excellent performance in fields requiring precise movements, such as semiconductor manufacturing, industrial robots, and automotive manufacturing. In situations where accurate positioning and synchronous control are necessary, no-backlash gears provide a highly reliable solution. *For more details, please feel free to contact us.*

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