Heroje's latest launched laser displacement sensor LD-A series empowers manufacturer to measure steel plate thickness with unparalleled stability and accuracy, ensuring consistent product quality throughout the manufacturing process. Discover how Heroje's advanced LD-A series laser displacement sensor is the solution to the application needs.

Manufacturer was seeking for a cost-effective solution for stable and high-rate reading DPM code on the LCD screen in manufacturing processing to replace the model they are using. To stable and no-one-miss reading the laser-marked DPM code on the LCD screen during moving is a challenge.

Electronic component manufacturers demand high precision and stability in reading codes on rapidly rotating reels of electronic components. Even the slightest error can lead to a decline in product quality or reduced production efficiency. Code128, a high-density linear barcode, possesses certain characteristics that sometimes make it difficult to read or result in outputting erroneous content, such as poor print quality, low lighting and contrast, distortion, or deformation. Therefore, employing high-performance industrial code readers to decipher Code128 on electronic component reels can significantly enhance the accuracy and speed of the production line, reducing manual intervention and elevating both production efficiency and product quality.

To track the manufacturing process and product information, a QR code containing batch number, manufacturer and patient information is engraved on the dental mold. The dental molds are then vacuum sealed to ensure their integrity during transportation and storage. See how HEROJE's advanced HRX series AI powered fixed mount code reader solved this application.

The eyeglass manufacturer needed to be able to quickly and accurately read the 2x2mm laser-printed QR code on the clear glasses glass during the glasses production process, which posed a challenge to conventional code readers.

In the electronic PCB industry, the process of reading codes is a crucial step in ensuring the accuracy and efficiency of the manufacturing process. This step typically involves the use of code reading equipment, such as barcode scanners or fixed code readers, to capture and interpret the unique codes and identification markings on the PCB boards.