| 1)
User experience (Picture 1) |
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Even
with many distracting figures, Tougu's LPC remains undistracted and
proves its tracking ability. |
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| 2)
User experience (Picture 2) |
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Just
a faint blurry line is enough for Tougu's LPC to track effectively. |
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| 3)
User experience (Picture 3) |
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With
difficulty to control the tension, the thin white line can still be
tracked by Tougu's LPC to perform the position control.
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| 4)User
experience (Picture 4) reflective aluminum foil |
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With
such a difficult case as 1 and 2, do not hesitate, let Tougu's LPC
do the position control for you! |
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| 5)User experience
(Picture 5)– Large hole mesh |
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Large hole mesh is a very challenging material in the EPC aligning technology. |
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Neither pneumatic or ultrasonic sensing will work on the material. Regular |
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photoelectric sensing also fail very often due to the large holes in the mesh. |
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Tougu Denki has a specialized sensor for this type of application. With its |
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superb capability, a large hole mesh like the one in the picture can be detected by |
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Tougu Denki’s sensor flawlessly. We have satisfied users all around the world. |
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| 6)User experience
(Picture 6) |
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| Under a such
harsh print line condition, |
| many well known LPC brands
have |
| raised the white flags.
Fortunately, |
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LPC system demonstrated an |
| outstanding
processing and correcting |
| abilities.
The customers are excited to be |
| able to use the material
with imperfect |
| print lines instead of
scrapping them. |
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| 7)User
experience (Picture 7)－positioning the transparent tape/glue on transparent
foil. |
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| Tougu’s EPC positioning easily even for |
| both transparent materials with slight color |
| difference only. |
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| 8)User
experience (Picture 8)－Opaque and monochrome material alignment |
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World's only! "Opaque" and "Monochrome" material alignment: |
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Picture a. Double layered paper |
picture b. Double layered Black plastic films |
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Due to the "monochrome" property of a single material, reflective LPC has a difficult time to align |
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using the color difference. Aligning is normally done using photo Sensor by penetration method. |
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The light transmission property of the transparent or semi-transparent materials could be detected |
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by the sensors for alignment. However, "Opaque" material lacks the same property which makes |
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sensing very difficult. |
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| 9)User
experience (Picture 9) |
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When a reflective gold line is applied on a reflective foil, 80% of the sensors on the market |
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become colorblind and will not function correctly. Fortunately, Tougu's LPC can distinguish |
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the difference easily, even under high speed operation. |
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