DATE | HS_CODE | Product Description | Trademark | Country | Net Weight | Statistical Cost | Place | Shipper Name | Consignee Name |
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2017-09-06 | 9031499000 | Optical instruments and apparatus photocopiers RICOH: SENSOR paper feed is an optical-electronic device for generating a signal responds to the intersection of the optical gap in the plastic case 15H8H15 MM, 5V, 0.01 | *** | JAPAN | 0 | 1,85 | MOSCOW | ***** | ***** |
2017-09-06 | 9031499000 | Optical instruments and apparatus photocopiers RICOH: photosensors ON REFLECTION, 5 V, 0.01 A, is an optical-electronic sensor in a plastic housing, the size 25H15H10 MM, 5 V, 0.01 A. On reflection photosensor, 5 V, 0.01 A, PreSed | *** | JAPAN | 0 | 3,77 | MOSCOW | ***** | ***** |
2017-09-06 | 9031499000 | Optical instruments and apparatus photocopiers RICOH: PAPER FEED SENSOR-OPTICAL-electronic sensor in a plastic housing, the size 25H20H15 MM, 5 V, 0.01 A. PAPER FEED SENSOR-OPTICAL-electronic sensor in a plastic housing, SIZE | *** | JAPAN | 0 | 3,36 | MOSCOW | ***** | ***** |
2017-09-14 | 9031499000 | Optical instruments and apparatus photocopiers RICOH: sensor for brightness determination DICE toner on the transfer belt IMAGES optical sensor photodiode and LED WORK FOR REFLECTION. 5 V EXECUTION - printed PLA | *** | JAPAN | 0.02 | 18,21 | MOSCOW | ***** | ***** |
2017-11-04 | 9018509000 | Instruments and devices for ophthalmic Optical /NESOD.RADIOAKTIVNYH and high frequency devices, NOT MILITARY NOT SCRAP ELECTRIC /: | NIDEK | JAPAN | 131 | 92907,17 | MOSCOW | ***** | ***** |
2017-11-04 | 9018501000 | Instruments and devices for ophthalmic /NESOD.RADIOAKTIVNYH non-optical and high frequency devices, NOT MILITARY NOT SCRAP ELECTRIC: | NIDEK | JAPAN | 303 | 56525,22 | MOSCOW | ***** | ***** |
2017-11-04 | 9402900000 | Instruments and devices for ophthalmic /NESOD.RADIOAKTIVNYH non-optical and high frequency devices, NOT MILITARY NOT SCRAP ELECTRIC: | NIDEK | JAPAN | 200 | 8773,29 | MOSCOW | ***** | ***** |
2017-11-09 | 9027500000 | Instruments and apparatus, based on existing optical radiation (UV, visible, IR) | FUJIKURA | JAPAN | 0.8 | 2040 | MOSCOW | ***** | ***** |