Laser technology is increasingly integrating into our daily lives, evolving from initially complex and large-scale equipment to today’s portable and user-friendly handheld devices. With advancements in technology, the cost of laser equipment has continuously decreased, making it gradually a ubiquitous tool in everyday life. In this context, JCZ is committed to enhancing the efficiency of laser tools, particularly through innovations in user convenience. Traditional laser marking processes typically require products to be precisely positioned and fixed in designated locations to ensure machining accuracy, a step that often consumes significant time. However, JCZ’s camera positioning system has revolutionized this process. This system allows products to be placed arbitrarily within the laser processing area without the need for precise alignment or fixed angles. Through camera positioning technology, the laser can automatically identify and accurately mark the specified positions on the products. This innovation not only simplifies operational steps but also significantly improves production efficiency, saving considerable time.

JCZ now offers a comprehensive range of marking machine equipment solutions, with the TF, TC, and TU series models perfectly compatible with the camera system, known as the CCD system. The integration of the CCD system with the TF, TC, and TU series equipment not only significantly enhances processing and production efficiency but also ensures extremely high precision. In practical operations, users need not worry about the accuracy of product positioning, as the CCD system can automatically identify and adjust the marking positions, ensuring each processing task is executed with pinpoint accuracy. The final products exhibit such high precision in marking positions that any deviations are nearly imperceptible to the naked eye. This efficient and precise production method not only saves time and labor costs but also greatly improves the overall quality and consistency of products, meeting the stringent requirements of modern manufacturing for high precision and efficiency.