射频识别技术RFID标签的特点及应用

RFID载码体是依靠无线射频识别来传输信号，然后装了载体的基本数据信息，或者物体在系统编码里面的ID号，用来记录工件以及相关的流程。

射频识别技术RFID标签的特点及应用特点

1、采用工业级设计，能够在耐高温和耐高压的环境下工作；

2、数据传输实时性较高、数据传输可靠有效；

3、具有普通射频标签的基本功能，存储容量大，数据存储时间长；

4、材质坚硬，防碰撞。 RFID载码体广泛应用于各类工业自动化产线的管理，如：工业指令控制、智能机器臂自主操控、工序管理、模具管理、刀具管理、AGV定位、防伪溯源、物流分拣及生产过程控制等智能制造多种应用领域，加快生产速度，提高生产效率，能够让每个工序可以追溯，有据可寻，管理更精细化。

射频识别技术RFID标签的特点及应用特点

1、采用RFID载码体进行原材料管理跟踪记录每个元器件相关的所有属性，包括生产流程、下个工序、自身颜色、尺寸，甚至能延生到组装成成品后的编号、流向地或者定制的客户信息，能根据客户的需求进行精细化生产，在原材料开始流入生产时，就逐步进入定制化生产环节。

2、控制器能与工业载码体无线通讯 RFID载码体替换原有的条码技术，能远距离读取及批量读取，避免条码须可视才能读取的缺点，在检测工位能自动识别并添加质量数据，出入库能批量识别自动出入库，能自动识别顺序，大大提高生产水平，避免人为操作失误或者漏操作带来的不利影响。 RFID载码体如何与RFID工业读写器匹配？

射频识别技术RFID标签的特点及应用特点

1、RFID工业读写器应该自带自动调谐电路，能够更好的适应环境造成的影响。

2、如果载码体安装在金属表面，提前做好金属导致频率偏移的影响。

3、选择性能稳定和偏差小的基材。

4、在耦合频率上，尽量调节一致，让耦合更密集，能量损失小。 RFID载码体在智能制造领域中对数据的实时采集实现了从原材料、工厂制造、销售、客户需求一体化的管理，可灵活的按时生产、按需生产、按顺序生产等，实现真正意义上的智能制造。

射频识别技术RFID标签的特点及应用特点

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射频识别技术RFID标签的特点及应用

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