The RFID is a superior technology that allows non-contact sample identification, however there are a number of formidable challenges in terms of operability and usability. We succeeded in achieving non-contact identification while retaining the usability, by embedding thin RFID tag between conventional sample labels.
RFID电子标签传感技术可实现非接触式样本识别，但是在实际应用和操作上仍然面临很多挑战，通过在常规的标签中植入RFID电子磁圈，我们成功的实现了非接触式的样本识别。
 
1) Temperature range that corresponds to ample management
     适当的温度控制范围
Our proprietary verifications confirmed long-term and low-temperature storage resistance with liquid nitrogen at liquid phase temperature(-196℃)
我们对在液氮(-196℃)条件下进行了专门的验证，证明其可长期超低温存放

2) RFID tag data writing and label printing at the same time
    标签数据可同时写入信息与打印信息
RFID tag data writing and label printing at the same time when label is issued. Data backup is possible even if the RFID tag breaks down.
当信息内容确定后，RFID标签可写入和打印相应数据，即使RFID标签破损，数据信息也可以备份
3) No specific type of tube needs to be used
    无需使用特殊类型的冻存管
The usability of the sample control label, with existing track records, remain the same. Tubes that are currently in use can be used when transitioning to the RFID control, without changing any tube.
样品现有标签的内容可以与CryoTrack电子标签内容保持一致，过渡增加了RFID传感追溯功能，可以使用当前在用的冻存管，无需更换特殊尺寸冻存管。

4) Coordination with automatic labeler
     配合自动贴标机
In addition to printing and loading data, automation can be extended to include automated adhesion on tubes by coordinating with the Spin Labeler, which is an automatic tube labeler.
除了打印和写入数据外，可以通过自动旋转贴标机实现冻存管表面自动贴标。

5) High-speed scanning available with RFID
     电子标签可进行高速扫描读取
A dedicated reader-writer unit can be used to perform a batch identification of 100 tubes in just a few seconds, even when they are frozen at -150℃
即使在-150℃极低温度情况下，专用的读写器也可以在几秒钟内就能完成100个冻存管的批量识别。
*It is not possible to identify positional information in the box
但是并不能识别冻存盒内的位置信息。
6) Customizable 订制服务

Label sizes and RFID tags can be customized to suit dimensions of sample containers and applications 尺寸和RFID标签可以根据样品容器和应用不同进行订制化服务提供。