Used CHEVALIER SUPER-618 #9185064 for sale

CHEVALIER SUPER-618 is a precision wafer grinding, lapping, and polishing equipment designed to achieve the highest level of surface accuracy critical to today's advanced semiconductor technology. The system features a microprocessor-controlled precision spindle drive to ensure superior performance in demanding manufacturing environments. SUPER-618 includes a durable cast iron construction and low vibration operation designed to eliminate any potential transmission of vibration through the machine. The spindle drive motor uses four load cells for precise control and feedback to ensure an optimal grinding, lapping, and polishing process result. The machine also includes a dual-action spindle that provides both rotational and translational movement, controlling the total angle of tilt and the depth of plunge. This feature allows for spherical or flat wafers to be worked with ease. CHEVALIER SUPER-618 is equipped with a material feed unit for loading, unloading, and transport of sealed wafer packs, enabling quick and flexible operation and reducing production costs. The feeder also integrates with the machine's data supply port to enable easy transfer of wafer data to the process control tool. The asset also offers a wide range of polishing options, allowing the customers to choose the most suitable process for their application. These options include single-side lapping, single-side grinding, Double-side lapping, double-side grinding, back grinding, and polishing. SUPER-618 utilizes a robust vacuum-sealing model to ensure wafer integrity during processing, and the equipment is also designed to be easily integrated with external equipment including a wafer coating and cleaning system. Overall, CHEVALIER SUPER-618 is a comprehensive wafer processing unit that is designed to provide an efficient production machine for high quality semiconductor wafers. The tool offers precision spindle drives, a reliable feed asset and a robust vacuum-sealing model enabling it to perform to the highest standards possible, with consistent uptime and maximum equipment performance.