Christmas Sale Hi-throughput Pneumatic Disk Cutter With 15 & 19 Mm Die For Coin Cell Separator & Electrode - Msk-180sc Pro Version [JE4a8HkR]

Hi-Throughput Pneumatic Disk Cutter for Coin Cell Separation

The MSK-180SC is a state-of-the-art pneumatic disk cutter designed for high-throughput cutting of coin cell cathode and anode electrodes. This innovative tool is engineered to cater to the precise and efficient needs of battery research and manufacturing. With its compact and versatile design, the MSK-180SC is the ideal solution for cutting coin cell separators and electrodes with exceptional precision and speed.

Key Features and Specifications

The MSK-180SC comes equipped with two sets of round disk cutting dies, one for 15 mm diameter electrodes and another for 19 mm diameter separators. This allows for 8 electrodes to be cut per cut, significantly increasing efficiency compared to conventional disk cutters. The cutting dies are crafted with precision, ensuring ±0.1mm accuracy and a maximum cutting depth of 0.5mm. The knife in the cutting die is coated with special silicon to facilitate cutting of lithium metal foil, and the device is compatible with glove boxes, making it ideal for cutting moisture and oxygen-sensitive electrodes used in advanced battery technologies such as Lithium-Sulfur, Lithium Air, and Lithium Solid State batteries.

Applications and Benefits

The MSK-180SC is an invaluable tool for battery research and development, offering numerous benefits for both laboratory and industrial settings. Its ability to cut separators and electrodes with high precision and speed is perfect for high-throughput applications. The inclusion of a plate pad minimizes permanent markings on the base, ensuring the integrity of the electrodes. Additionally, the MSK-180SC is CE certified, guaranteeing compliance with industry standards. With the option to customize dies up to a maximum area of 140mm L x 80mm W, this versatile cutter is adaptable to a wide range of battery research needs. Embrace the efficiency and precision of the MSK-180SC and elevate your battery research to new heights.