Hencodes has launched a high-performance barcode scanning module adaptable to diverse complex application environments. The core breakthrough of this module lies in its highly sensitive auto-sensing scanning capability available under all lighting conditions, which effectively solves the scanning failure and equipment overheating problems plaguing traditional scanning modules in extreme light environments.
Recently, our sales team secured a project involving
embedded scanning modules for self-service ticket verification terminals. The customer put forward stringent requirements on scanning stability and environmental adaptability. Initially, we recommended our 1MP global shutter scanning module, which connects to terminal devices via FPC flexible circuits and supports an auto-sensing scanning mode triggered by ambient light changes.
After the customer embedded the prototype into their self-service equipment, a critical technical issue emerged. The auto-sensing scanning mode failed to function properly in low-light environments. Meanwhile, switching to continuous scanning mode would cause the module to overheat rapidly, triggering the overheat power-off protection mechanism and resulting in unstable equipment operation.
We immediately organized a special technical seminar to analyze and resolve the problem. After more than 40 minutes of in-depth discussion and technical demonstration, our hardware and software teams proposed a targeted optimization solution: adding a photoelectric sensor to the module and conducting targeted software programming debugging to break through the environmental usage limitations of conventional scanning modules.
After one week of intensive R&D, modification and testing, we successfully completed the upgraded prototype. In accordance with the customer’s equipment structural design and actual usage scenarios, we precisely calibrated the optimal sensing distance to 15cm. The customer conducted comprehensive machine testing on the upgraded prototype and gave full recognition to its stable sensing, sensitive response and zero overheating failure performance.
Thanks to our rapid technical response, customized optimization capabilities and reliable product performance, we successfully resolved the customer’s pain points and finally secured the official cooperation of this project.
