Used NETZSCH TASC 414/4 #293665290 for sale

Manufacturer
NETZSCH
Model
TASC 414/4
ID: 293665290
Controller Power cable included.
NETZSCH TASC 414/4 Wafer Handler is a state-of-the-art in automated wafer handling systems designed to process wafers of various shapes, sizes, and thicknesses quickly, efficiently and safely. This equipment was developed to meet the stringent demands of the semiconductor industry and ensure the highest levels of product quality and reliability. The TASC 414/4 Wafer Handler is a fully automated wafer handling system that features a fully integrated vacuum pick up tool and has a high speed and accuracy of operation. The unit has the capacity to process 200-300 wafers per hour, depending on the wafer's size and design. The machine also has the capacity to move two wafers at the same time while allowing for compatibility with both robotic and manual processes. The tool features a powerful DC servo motor that is used to control the speed and direction of all four axes for utmost precision. The advanced software was specifically designed to anticipate possible errors and make corrections without the need of manual intervention. The automated vision asset can precisely lock onto a wafer to ensure the high accuracy of the model during operation. The equipment also features a comprehensive safety system. Key safety features include an overload detector, which detect sudden movement changes and activates an emergency stop mechanism, and an alarm unit designed to warn of any potential safety hazards. The TASC 414/4 wafer handler also has an extensive versatility built into the machine with the ability to support wafers of various thicknesses and diameters, as well as accommodate custom configurations and options. The TASC 414/4 Wafer Handler is the ideal choice for applications requiring precise and rapid wafer handling. Its reliable and efficient operation ensures the highest quality and reliability of the wafer processing, as well as a hassle-free operation. The tool is designed to improve productivity and throughput, while maintaining the highest standard of safety.
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