Used AMAT / APPLIED MATERIALS / AMJ Mirra 3400 #293606439 for sale

AMAT / APPLIED MATERIALS / AMJ Mirra 3400 is an advanced wafer grinding, lapping & polishing equipment that provides superior performance, accuracy, and reproducibility. This state-of-the-art equipment sets the industry standard for total process control and system optimization. AMJ Mirra 3400 is equipped with a full suite of automated features and components that ensure precise, repeatable results. This includes an advanced motion control unit, servo-controlled fluid pumps, real-time temperature control, and independent pressure and vacuum regulation for the precision grinding and polishing of wafers. The machine also features a highly responsive dynamic pressure control tool that can automatically adjust and optimize pressure distribution for increased efficiency and minimization of material loss. This asset is designed to accommodate various process configurations, such as single or double-sided grinding and slurry polishing technology. Its modular design allows users to customize the model with additional components, such as a back-grinding attachment and a pressure measurement device. For maximum user convenience, AMAT Mirra 3400 is integrated with AMJ TrueView graphical user interface (GUI). This allows the user to easily monitor and adjust the settings of the polishing process, in real-time, through the intuitive display. Furthermore, the equipment is equipped with a collection of advanced safety features, including a proximity sensor, which monitors the grinding and polishing operations, and ensures all components remain stationary during operation. Mirra 3400 also includes an in-line vibration control system and an acoustic monitoring unit that detect machine faults, alerting users to any potential issues. This full-featured tool from AMAT is perfect for the production of today's high-performance wafers and microlens arrays for precision optics. This asset provides reliable and accurate results - guaranteeing superior product quality, improved process efficiency and repeatability.