Purchase gids: RFID printer encoders are high-end printing devices. Momenteel, manufacturers have the most complete and powerful functions, and the most advanced technology is applied in RFID printer encoders. daarom, there is little difference in the functions of RFID printer encoders on the market. daarom, the user purchase mainly considers the cost of use and whether the RFID tag to be used is UHF or high frequency.
RFID tags currently have higher market prices, een tag prijs van 0.1-0.8 VS, en zelfs hogere kosten, and the consumption of tags is huge. daarom, bij aankoop van een barcode printer, moet u een printer te kopen met een hoog RFID tag bezettingsgraad. The ease of use of RFID printer encoders will have a direct impact on the cost of labels, vooral in de volgende gebieden:
1) Accuracy of RFID label printing and inspection. 2) Proper handling of mislabeled and scrapped labels. 3) Toestaan minimale afstand Intertie.
The above three points determine the cost of later use, het etiket verloren, de drukkerij is ongeldig, en de verkeerde label wordt niet herkend, which will inevitably increase your use cost and reduce work efficiency.
Daarnaast, RFID printer encoders can be classified into two types: hoge frequentie (HF) or ultra-high frequency (UHF) afhankelijk van de RFID lees / schrijf-frequentie. The high-frequency RFID printer encoder operates at 13.56MHz. The wavelength of this frequency is about 22m. Het kan high-frequency RFID-labels afdrukken (RFID). The data transmission rate is faster than the low frequency. The data can be read in batches and UHF RFID can be printed. Het etiket (elektronische tag) has a good data reading distance and a high data transmission speed compared to the high frequency, and can read and collect a large number of electronic tags in a shorter time.
Product classification status
RFID printer encoders can be classified into two types according to RFID read/write frequencies: high frequency (HF) of ultrahoge frequenties (UHF).The high-frequency RFID printer encoder operates at 13.56MHz. De golflengte van deze frequentie ongeveer 22m. It can print high-frequency RFID tags (RFID). The data transmission rate is faster than the low-frequency, and the collected data can be read in batches. UHF RFID printer encoders, in deze band, the global definition is not very the same, Europa en delen van Azië definiëren een frequentie van 868 MHz, North America defines a frequency band between 902 en 905MHz. It can be said that UHF is a trend in the development of RFID printer encoders. Currently common RFID printer encoder brands on the market, voornamelijk binnenlandse merken Postek Boss, American ZEBRA, American PRINTONIX, Japan SATO, Japan TEC. Productkwaliteit, functioneel ontwerp, durability and ease of operation are all done well. Common modellen: POSTEKTX2r / TX3r / TX6r, SATOCL4NX, ZEBRAR110Xi4. Meestal geprijsd op 4000 VS-8000 + USD. RFIDHY, de kwaliteit van het product is superieur, the price advantage is obvious. https://www.hy-smart.com/rfid-product/uhf-rfid-printers/, this RFID printer encoder and all functions and performance can perfectly replace ZEBRA ZD500R RFID printer encoder and SATO CL6NX RFID printer encoder these two models, and can replace ZT600 RFID printer encoder and ZT410 RFID printer encoder in most functions.
productvoordelen: With the development and popularization of RFID technology, more and more enterprise management is beginning to change from barcode to RFID technology. From banks to libraries, from electronics and automotive manufacturing to airport management, there have been successful cases of integrating barcodes with RFID technology. RFID-technologie heeft voordelen ten opzichte van barcodes:
1) When using the bar code data collector, is het noodzakelijk om de streepjescode voor close reading uitlijnen; and the RFID tag data can be collected and read within a certain range, tot 100 meter.
2) RFID tag information can be read faster, leessnelheid kunnen tot wel honderden labels per seconde; tijdens het lezen van gewone barcode labels, een voor een.
3) Ordinary barcode labels do not have a built-in chip antenna, and can only be used for visual printing of barcodes and other contents through barcode printers; RFID electronic label connotation chips and antennas, terwijl het visualiseren van het afdrukken, writing data contents to the chip for access, or reading and writing only The chip is not visually printed, en de inhoud van het label is vertrouwelijk.
An RFID printer encoder is a printing device that can read and write RFID chip (ook gekend als: electronic tag) IC chip data while visually printing the data content on the label surface.
The RFID printer encoder manufacturer designs an RFID read/write module based on the structure of the bar code printer to implement writing data into the RFID tag chip, and visually prints the content on the tag. The printing principle is the same as for bar code printers, die thermische en thermo transfer. The most common RFID printer encoders on the market today generally use ultra-high frequency or high frequency.
Productopbouw
An RFID printer encoder is a printing device that can read and write RFID chip (ook gekend als: electronic tag) IC chip data terwijl visueel het afdrukken van de data-inhoud op het etiket oppervlak. De RFID printer encoder is ontworpen om RFID radiofrequentiemodules toevoegen (zenders en ontvangers), control units and reader antennas based on the structure of the bar code printer. RFID printer encoders, like bar code printers, feature thermal and thermal transfer to visually print content on the label surface. Tegelijkertijd, the RFID printer encoder wirelessly communicates with the RFID electronic tag through the antenna, so that the tag identification code and the memory data can be read or written.
Momenteel, the most common RFID printer encoders on the market use UHF or high frequency, dat is, the RFID read/write module frequency band and the supported RFID tag chip protocol in the printer are UHF or high frequency, and the UHF RFID printer encoder is read and written. Overeenkomst: EPCC1Gen2, ISO18000-6C, frequentieband: 920.625-924.375MHz; lees / schrijf protocol voor hoogfrequent RFID printer encoders: ISO14443A, ISO15693, frequentieband: 13.56MHz.
toepassingen: The advantages of RFID tags in batch, fast and accurate collection within a certain range have been recognized by various industries. Momenteel, the application of RFID technology in various industries is as follows:
1. Logistiek: Logistics warehousing is one of the most promising applications of RFID. International logistics giants are actively testing RFID technology in the hope of upgrading its logistics capabilities in the future. Toepasselijke processen omvatten: cargo tracking in the logistics process, automatische informatieverzameling, warehouse management applications, poorttoepassingen, postpakketten, express, enz.
2, kleinhandel: RFID applications can bring to the retail industry, met inbegrip van lagere arbeidskosten, verbeterde zichtbaarheid van goederen, en minder schade veroorzaakt door goederen uit voorraad
Verlies, reduce theft of goods and so on. Toepasselijke processen omvatten: real-time statistics of sales data of goods, aanvulling, anti diefstal, enz.
3. Manufacturing: real-time monitoring of production data used in production processes, kwaliteit volgen, geautomatiseerde productielijnen, en gepersonaliseerde productie. It is more urgent to apply in the production of valuable and sophisticated goods.
4, kledingindustrie: can be applied to the automatic production of clothing, warehousing beheer, merkmanagement, enkel product management, channel management and other processes, met de verlaging van de RFID-tag prijzen, the apparel field will have great application potential.
5, medisch: can be applied to hospital medical device management, patiëntidentificatie, baby anti-theft and other fields.
6. Identificatie: RFID technology is widely used in personal identification documents due to its inherently fast reading and difficult forgery. Net als in de wereld
In the development of the e-passport, China's tweede generatie ID-kaart, student ID and other various electronic documents.
7. Anti-namaak: RFID-technologie heeft de kenmerken van moeilijk te vervalsen. Areas that can be applied include: anti-namaak van kostbaarheden (rook, alcohol, geneeskunde) en anti-namaak van tickets.
8. Vermogensbeheer: beheer van verschillende activa (precious or large similarities or dangerous goods, enz.).
9. vervoer: The highway toll station adopts RFID technology to enable the driver to automatically charge management without parking. It can also be applied to taxi management, bus hub beheer, locomotief identificatie, enz.
10, identificatie van dieren: om dieren te trainen, Veeteelt, huisdieren en andere identificatiebeheer, ziekte volgen dierlijke, veeteelt animalized individuele fokkerij.
11, de bibliotheek: boekhandels, bibliotheken, uitgeverijen en andere toepassingen, can greatly reduce the inventory of books, beheertijd, automatische verhuur, ontlening, inleveren van boeken en andere functies.
12, auto: used in automobile production, voertuig anti-diefstal, voertuigpositionering.
13. Luchtvaart: passenger ticket, bagage traceren van. Het kan ook worden gebruikt in de vliegtuigbouw, het onderhoud en de kwaliteit van het volgen van onderdelen voor vliegtuigen, passagierstickets, fast boarding, en passagiers volgen.
14. Leger: Identificatie en tracering van munitie, geweren, benodigdheden, personeel, trucks, enz.
15. anderen: toegangscontrole, opkomst, kaart, elektronische parkeerplaats, enz.