YASKAWA Electric Corporation (YASKY) Fair Value & Analysis
Industrials · US · Market cap $11.3B
Analysis
YASKAWA Electric Corporation (YASKY) currently trades at $87.36, while our model-based Fair Value estimate is $21.97 — implying the stock looks roughly 74.9% overvalued today. We read business quality at 95/100 (high quality), in the Industrials sector. Bear case: priced above our estimate, the market already discounts strong expectations. Bull case: above-average quality can justify a premium — the entry price still matters most (evidence: high).
About the company
YASKAWA Electric Corporation engages in motion control, robotics, and system engineering businesses worldwide. It offers rotary servo motors, direct drive motors, linear motors/linear sliders, machine controllers, positioning sensor encoders, and servo amplifiers for use in industrial robots, semiconductor manufacturing apparatus, machine tools, flat panel display manufacturing equipment, and metal working machines; and arc and spot welding, handling/assembling, collaborative, biomedical, palletizing, press handling, sealing/cutting/laser machining, deburring, painting, glass substrates transfer, and semiconductor wafer transfer robots for use in semiconductor wafer conveyance, arc welding, spot welding, handling, assembly, and palletizing applications. The company also manufactures and sells various AC drives, including general purpose AC drives, specific purpose AC drives, AC Drive for systems, regenerative energy saving units, and PM motors for use in household appliances, such a…
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How we calculate Fair Value
Each company is valued through a stack of independent intrinsic-value models (DCF variants, residual-income, multiples and more), blended into one family-balanced consensus and weighted by how much trustworthy data backs it. A separate quality layer scores the fundamentals. Every input is real reported data — nothing guessed.
Educational research only · not financial advice · no buy/sell recommendation. Model-based estimates are not certainties; their reliability depends on data quality and assumptions.