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Element technology underpins the competitiveness of NIDEC SANKYO products |
The competitiveness of NIDEC SANKYO products is supported by our wide variety of element technologies as well as by our parts processing technologies that provide for the realization of such products. The superiority of our products has been solidified by a wide variety of vital parts processing such as press forming, injection molding, cut parts, sintered bearings, magnets, sensors and optical elements. Moreover, the application of nanotechnology has aided the development of high-precision core parts and units, to the benefit of our customers by allowing us to provide them with compact and reliable products. |
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| •Applications |
Servo motors, stepping motors, position control of linear motors, speed control |
| •Features |
(1) Maintains high reliability in difficult conditions such as oil mist.
(2)Superior interpolation precision has been achieved due to unique scale polarization technology. |
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| VCM Units |
| •Applications |
Channel switching in optical switches |
| •Features |
Superior resistance to vibration and impacts due to the adoption of a unique latch system. |
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| Displacement Sensors |
| •Applications |
Float position detection for magnetic float motors |
| •Features |
Superior noise resistance due to a differential structure. |
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| •Applications |
Readout of magnetic ink, authentication, identification |
| •Features |
(1) Able to detect contrasting densities of magnetic ink.
(2) Stabilized output due to magnet-less structure.
(3) Superior wear resistance due to the adoption of ceramic members. |
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NIDEC SANKYO combines a processing know-how that can be applied to a wide range of product requirement together with in-house mold processing to provide high precision, low costs and quick delivery. |
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| •Applications |
All internal units such as those of stepping motors, motor drive units and card readers |
| •Features |
Sintered oil-impregnated bearing technologies and coatings allow us to provide for a diversity of functional components. |
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| •Applications |
Time switches, household motors, stepping motors, card reader spindles and pinions, gears, shafts and bearings for the polygon motors used in fax machines, copiers and printers |
| •Features |
High cutting precision to the micron level and lead screw processing using rolling. |
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| •Applications |
Optical pickup units |
| •Features |
Can be customized for applications such as phase difference compensation and features film forming technology with no wavelength shift. |
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| NIDEC SANKYO's metal processing technology has advanced to the nanometer (one billionth of a meter) level, and we are working to refine this processing precision even further. One example of our success is the ability to process ultra-precision molds to within an accuracy of ±3nm during cutting. Nanometer level processing is currently used in the production of a wide variety of ultra-precision molds, benefiting customers by increasing productivity with greater precision and yields. |
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| Ultra-precision formed part |
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Step grating |
Rectangular grating |
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Microstructural mold |
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Micro flow path |
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