Used AIRTECH TCC-H-182107SF-1K #9249418 for sale

AIRTECH TCC-H-182107SF-1K is a high-performance wafer handler for semiconductor applications. This wafer handler has been designed with a range of features to ensure accuracy, reliability, and repeatability in high volume wafer production. It is capable of handling 4", 6", or 8" wafers, up to 200mm in diameter and 1K pieces in its cassette. TCC-H-182107SF-1K utilizes a modular mechanical design which allows for rapid reconfiguration, and allows the equipment to interface with any number of different mills or controllers. The handler features a manipulator arm to ensure precise movement and wafer placement, while its servo motor system provides faster throughput, accurate results, and repeatable motion. Additionally, its dual-axis design and finesse adjust wheels allow for precision alignment of the wafer. Protection is also provided for the wafers, thanks to its stainless steel vacuum chamber, which limits the potential for contamination. There are also safety brakes which will stop any accidental movements of the wafer, and air jet sensors which detect any foreign objects in the chamber. This Handler's features such as integral motor cross-talk protection, motor and air pneumatic alarms, and the dual sensor unit further ensure that the wafers remain protected. Integrated into AIRTECH TCC-H-182107SF-1K is a PC-based configuration and control machine, allowing users to control and monitor the handler as well as making adjustments and tweaks to the operation. This tool also provides data logging and reporting features that allow users to troubleshoot any handler issue or asset failure quickly and efficiently. Overall, TCC-H-182107SF-1K is a reliable and versatile wafer handler capable of handling 1K pieces of 4", 6", or 8" wafers up to 200mm in diameter. Its range of features, including servo motor operation, dual-axis design, integrated PC-based model, and safety sensors, make it a great choice for high volume wafer production, offering a high level of accuracy and repeatability.