The MF1000 uses FixtureFree Technology to process parts without individual holders, clamps or complex setups. Components move freely inside a conductive vibratory workbowl, simplifying batch preparation and reducing loading time. A dynamic cathode works with a vibrating conductive mesh to control electropolishing as parts circulate through the media. This architecture supports uniform finishing across large batches and accommodates parts with different shapes and complex surfaces.

Three independent motors generate controlled, asymmetrical vibration inside the workbowl. This creates continuous, varied movement that exposes different areas of each part to the treatment. The motion helps the process reach corners, recesses and complex geometries while maintaining dimensional integrity. With a 32-litre capacity, the vibratory cathodic workbowl is designed for larger batches and high-throughput production.

The MF1000 dynamically adjusts the cathode distance to regulate polishing intensity throughout the process. This control promotes selective material removal from surface peaks while helping manage localized oxidation. As parts move through the workbowl, the cathode system maintains consistent treatment conditions across the batch, including for components with intricate shapes or hard-to-reach areas.

A dedicated cooling system regulates process temperature to keep the cathode operating efficiently during production. Stable thermal conditions help maintain electrolyte performance and limit variations in the finishing action over longer cycles. This supports repeatable results and uniform surface quality across successive batches during sustained, high-throughput processing.