Benefits of using RFID in bathroom injection molding

The whole system of sanitary injection molding has the characteristics of rapid identification, intelligent control, high reliability, high confidentiality, easy operation, and easy expansion. Establish a safe and reliable product production process. The system can track the corresponding product information from the information stored in the equipment's RFID electronic tag. Convenient and real-time query of the relevant record information of the production process, providing a basis for quality traceability.

The bathroom manufacturing industry often encounters the following problems during the manufacturing process:

Data collection uses traditional manual entry methods, with large errors and inaccurate data;

名单的tion data cannot be updated in real time, production line information is asymmetric, which restricts capacity increase;

The order production process cannot be tracked and checked in real time, which delays the delivery time; barcode labels are easily damaged, and barcode guns cannot identify in batches and quickly collect data information;

Staff efficiency is uneven, division of labor is uneven, work efficiency is low;

Bar code data collection requires a lot of manual work, and the labor cost is high.

Advantages of using RFID: fast identification, intelligent control, high reliability, high confidentiality, easy operation, and easy expansion. Establish a safe and reliable product production process. The system can track the corresponding product information from the information stored in the equipment's RFID electronic tag. Convenient and real-time query of the relevant record information of the production process, providing a basis for quality traceability.

The RFID tag on the logistics frame is read through the RFID read-write device, combined with the background software management system, to realize the automatic and intelligent management of the warehouse.

1. Commodity storage: The RFID reader at the loading port automatically scans the RFID tag, collects the information of the items stored in the logistics box, compares the storage list, checks the quantity and model of the goods, and manually corrects the errors. The pallet information is bound with the cargo information; according to the system instructions, the cargo is transported to the designated location and classified.

2. Commodity stacking: The logistics boxes are stacked according to certain rules; one pallet is stacked with a certain number of boxes of goods; each pallet has an RFID tag. Before the goods are put on the shelf, all the logistics boxes on the pallet are bound with the RFID tags on the pallet, and the pallet is above Corresponding to the goods.

3. Product inventory: RFID handheld device scans the location tags first and then scans the goods to be inventoryed; the handheld device compares the collected product information with the background server; the server generates real-time difference information after the server comparison and displays it on the handheld device; checks the differences on the spot The inventory information is updated to the background server through the handheld.

4. Commodity outbound: according to the outbound product order, the system allocates the pallets stacked in the specified position; the forklift pulls out the goods through the RFID reader device; the reader scans the RFID tags to collect the items stored in each logistics box. Information; Compare the information of the delivery order, check the quantity and model; manually correct the errors and omissions.