Wearable blood glucose printed electrode laser die-cutting machine based on graphene as raw material

Today, we are going to talk about wearable blood sugar printed electrodes (glucose sensors) based on graphene as raw materials. Graphene is a special material discovered in recent years. This material has a characteristic that its carbon structure is only one atom thick. Due to this characteristic, it has irreplaceable advantages in the field of wearable printed electrodes. This special material needs necessary processing to improve the performance of the final product and the conductivity of the electrode.
After chemical corrosion and high-temperature dissolution, the laser is finally used to achieve the most perfect effect, becoming a one-time low-cost printed electrode based on graphene as a material. Here, precision laser die-cutting is used for local high-precision processing technology, which can only be processed in the specified area, reduce the graphene oxide in the required part, and let the graphene finally form the required splicing effect to improve the conductivity.

The accuracy of this laser die-cutting can reach 10um, and it will not cause any damage to the bottom material (paper, polymer or any brittle material) during the die-cutting process. It only denatures the structure of graphene, thereby increasing the electrochemical reaction activity, that is, increasing the conductivity by thousands of times.
And the high-precision printed electrode laser die-cutting machine can simultaneously die-cut multiple printed electrodes. Because the precision reaches 3um visual positioning system, it will not cause redundant die-cutting to the printed electrodes, and it can also process multiple materials. The laser increases the die-cutting speed. For example, the current fastest die-cutting speed can reach 15,000 mm/s.