Our company offers a comprehensive proposal from adhesive fixation to polishing and inspection, centered around fiber optic polishing machines, for the jumper wire production line.
"Isn't there a way to polish the end face of optical connectors more efficiently?" We have addressed such customer feedback by developing equipment and devices that capture the characteristics of optical fibers.
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basic information
To transmit light flowing through the connection part of optical fibers without loss, it is considered most effective to process the end face of the optical connector into a convex spherical shape. Traditionally, this polishing work was done manually, but it was difficult to polish the hard ceramic ferrule and the soft glass optical fiber into a convex spherical shape simultaneously, leading to challenges in stabilizing polishing precision and improving production efficiency. Our company group has developed the world's first mass-production optical connector polishing machine using a compound circular trajectory mechanism that combines planetary circular motion and rotational circular motion, along with an elastic polishing disk. This innovation has resolved the issues caused by manual work all at once and enabled the mass production of high-quality optical connectors that far exceed the typical level of reflection attenuation at that time.
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Devices and equipment related to "fiber optics"
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Company information
Since its establishment in 1972, the company has focused on product development centered around precision machining technology, emphasizing "compact," "precise," and "optical" characteristics. Specifically, we engage in optical-related businesses such as high-precision mold design, manufacturing and development of various precision molded products, communication components for optical fibers, and the development of high-heat-resistant lenses.
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