Used DELTA DESIGN MX 32 #293650889 for sale

DELTA DESIGN MX 32 handler is a fully automated, high-precision device designed to process and package semiconductor wafers. It has been designed to automate multiple steps in the semiconductor manufacturing cycle - from wafer thinning and back grinding to vibration-free loading, unloading and transfer. MX 32 is capable of handling a wide range of silicon-based wafer sizes and thicknesses, ranging from 4-inch up to 8-inch, with thicknesses from 10 to 300 microns. DELTA DESIGN MX 32 features a safe and secure design, with multiple safety interlocks and is equipped with a range of sensors, alarms and signal lines to monitor wafer handling and overall equipment parameters. This includes automatic fault detection and recovery processes. MX 32 has a user-friendly graphical user interface (GUI) for programming and monitoring, and a range of data interfaces for easy communication with external systems. DELTA DESIGN MX 32 also features a multi-function automated arm, which is designed to move the wafer efficiently and with minimal vibration while preserving wafer and handler integrity. The arm is coordinated to the system's overall operation by an intuitive and powerful controller, which monitors the unit's configuration and performance. MX 32 is configured with stainless steel loading and unloading trays, along with a cleanroom compatible loading/unloading station. DELTA DESIGN MX 32 uses a completely automated handling machine and process, allowing for the highest level of flexibility and scalability, whilst still meeting production tolerances. The tool is equipped with a proprietary software to manage and control the entire asset, including all relevant parameters and configuration information. MX 32 is an excellent choice for quality critical semiconductor manufacturing operations, as it is capable of delivering consistent wafer handling and process performance across a wide range of operating conditions. DELTA DESIGN MX 32's incorporated safety features, energy efficient design and automated features ensure that operation is truly reliable and cost-effective compared to traditional manual systems.