Used MARCH Plasmod #9013755 for sale

MARCH Plasmod is a wet etching tool used to produce a variety of structures in composite materials. It is a high-precision system used in the production of complex 2D and 3D structures in both rigid and flexible materials. The tool is designed for rapid prototyping with small and large batches and may be used for precise patterning of metal lines, micro-columns and micro-vias. As one of the most advanced plasmodial etching systems available, it offers the highest possible precision, repeatability and cost-effectiveness. MARCH utilizes an array of tools for rapid and accurate subsurface plasma etching of metals, polymers, and other materials. The plasmodial electrode is the key part which facilitates the etching process. It comprises of an array of insulated electrodes through which a current is passed in order to create a plasma. This plasma is then used to etch over a wide range of materials. Using advanced computer control to precisely regulate the plasma dose, Plasmod system is able to deliver superior process control and repeatability. Automated systems can be integrated to provide optimized process results, often yielding high-precision structures in a fraction of the time. Additionally, high-pressure plasmodial etching can be used to etch multiple layers of material in a single step for a more efficient overall process. MARCH Plasmod tool may also be used to etch substrates with differing materials such as DCB, BT resin, ALOX, and FR4. With the ability to control etch depth and depth uniformity, Plasmod tool is an ideal solution for high-precision patterning. Additionally, MARCH Plasmod tool is capable of producing fine lines, micro-columns, and micro-vias with repeatable accuracy. Overall, Plasmod is a versatile and precise tool for rapid prototyping, allowing manufacturers to quickly and accurately produce a variety of complex 2D and 3D structures in both rigid and flexible materials. It offers a cost-effective and repeatable solution for etching with maximum precision and control, with the benefit of automated systems that can help optimize the process for ever greater precision.