Use for Conveying system Cubic HF(13.56Mhz) RFID Reader

Features

 Introduction

Application case

New Energy

Photovoltaic Industry - Silicon Wafer Sorting Box Tray Identification

Processing: 

Tag Selection: Install a high-temperature, chemically resistant HF RFID tag (typically conforming to ISO 15693 standard, with a moderate reading distance suitable for dense environments) on each sorting box tray.

Data Writing: When silicon wafers are sorted and loaded into the trays, key information is written to the tray tag using an HF80 reader(Cubic 13.56Mhz HF rfid read/write head), including: batch number, silicon wafer type (P-type/N-type, resistivity), specifications (size, thickness), quantity, sorting grade (A-grade, B-grade), production timeline, and next process instruction.

Benefit:

Quality Traceability: When defects are found during subsequent cell inspection, the tray tag information allows for rapid reverse tracing back to the original batch, sorting machine, and production time of the problematic silicon wafer, greatly reducing the scope of investigation.

Work-in-Process Management: Real-time monitoring of the location and status of each batch of silicon wafers on the production line optimizes production scheduling.

Core Values:

"Zero" Errors: Eliminates human error in recording and batch mixing.

End-to-End Transparency: Enables end-to-end digital tracking of silicon wafers from sorting to cell manufacturing.

Improved Efficiency: Automatic identification and data integration reduce manual scanning and confirmation time.