Precision laser cutting and die cutting machine required for printing electrodes for blood glucose meters

    As the current mainstream blood glucose meter, the electrode type blood glucose meter has obvious advantages: portability, fast testing, less blood volume and low price. The core of the electrode type blood glucose meter is of course the electrode. The sensor used by the blood glucose meter is based on the glucose oxide electrode. The sensor uses a platinum and silver electrode to form part of a circuit.

    Electrode type blood glucose meter can also be called blood glucose test strip. The surface of the test strip is coated with an ultra-thin conductive layer. Some of this conductive layer uses gold. The printed electrode can be die-cut into intricate circuits by a high-precision printed electrode laser die-cutting machine.

    Here we will introduce the high-precision printed electrode laser die-cutting machine. This equipment can be die-cut according to different needs, and the die-cutting accuracy reaches 2um. The equipment will not cause damage to the overall material. Compared with traditional processing methods, the advantages of lasers are undoubtedly very obvious. It has excellent results for the processing of products with special shapes, complex structures and precision.

    The equipment is equipped with a visual positioning system, which can die-cut multiple printed electrodes at the same time. The visual positioning accuracy reaches 3um. The use of the laser source is also very accurate, so the laser beam quality is good, the focus spot and power fluctuation are very small, which can ensure the stability of the processing quality. The precise optical path design can ensure high-quality laser transmission. When the equipment starts running, the die-cutting speed can reach 15000mm/s at the fastest.

    If you need to reduce labor costs, you can also connect to the on-site equipment to make an automated processing system to achieve fully automatic loading and unloading and automatic focusing precision laser cutting, which can make the production of printed electrodes more intelligent, convenient and efficient.