13.56 MHz Intelligent RFID Test Tube Rack w/ Built-in Antenna
This high frequency RFID intelligent test tube rack uses 3D design technology and ensures it to be read at any direction. At the same time, the bottom of the rack uses metal resistant design and allows applications on any metallic desks. The antenna at the bottom also works properly when the test tube rack is placed on metal surface.
13.56 MHz RFID Embedded Antenna
This high frequency RFID antenna is designed for use with medium to high power readers and is intended for applications with demands for long distance identification such as industrial auto control system, production tracing, goods and livestock identification, and document management. It is compliant with ISO15693 and ISO18000-3 standards. This antenna offers a long reading distance of up to 50 cm with ISO15693 ICODE, SLX series tags.
13.56 MHz Single Port RFID Antenna
This high frequency RFID antenna is designed for use with medium to high power readers and is intended for applications with demands for long distance identification such as industrial auto control system, production tracing, goods and livestock identification, and document management. It is compliant with ISO15693 and ISO18000-3 standards. This antenna offers a long reading distance of up to 45 cm when dual antennas are used.
HF Embedded Shielded Antenna RFID Antenna
This high-frequency RFID antenna utilizes metal resistant design and provides reliable reading to small RFID tags without any affection when placing on metal surface.The Embedded Shielded Antenna RFID antenna is applicable to the industrial automatic control, production tracking, library self-service machine and etc.
Portable HF RFID Reader
Increasing Mobile Productivity High Performance and Wide Compliance Flexible Operations of Data Collection Industrial-class Protection The Better User Experience Quick Paring and Multi-devices Connectivity with577001Smart Management through RFID
UHF 902-928 MHz Threshold RFID Antenna
The antenna.wide beam width provides extensive coverage across a boundary edge, providing a consistent and continuous read zone.