Used HITACHI CR-712T-AC #293615425 for sale

Manufacturer
HITACHI
Model
CR-712T-AC
ID: 293615425
Vintage: 2011
Clean robots 2011 vintage.
HITACHI CR-712T-AC is a precision wafer handler designed for use in advanced semiconductor and optoelectronic manufacturing environments. The unit features a separate clamping equipment for each wafer, allowing for high-precision wafer transfer and handling. CR-712T-AC is a highly reliable and accurate wafer handler, with easy operations and high repeatability for wafer transfers. It features a wide pressure range and adjustable clamping force, making it versatile and suitable for different types of wafers and substrates. HITACHI CR-712T-AC is equipped with a state-of-the-art control system that utilizes digital technology to precisely execute wafer transfer and handling operations. High-speed sensors accurately detect wafer coordinates in three dimensions, allowing for very precise wafer handling. It also boasts a self-diagnostic unit which detects machine errors, allowing for quick and easy maintenance. CR-712T-AC can transfer wafers up to 8 units (200mm or smaller) continuously or as many as 50 wafers (300mm or larger) automatically. It is capable of holding up to 30 wafers with its clamping tool, allowing for high-throughput automatic wafer transfer and handling. The unit is also highly customizable, allowing for customization of wafer grip, transport, and loading configurations. HITACHI CR-712T-AC is equipped with a range of safety features, including vacuum verification and vacuum loss monitoring, air pressure and humidity monitoring, and temperature control. The unit also utilizes an emergency stop function, which will halt operations in the event of an emergency. CR-712T-AC is a reliable and precise wafer handler, making it an ideal choice for advanced wafer handling and processing operations. Its range of features make it highly customizable, allowing it to be tailored to suit individual requirements. The unit's safety features ensure that operations are performed safely and accurately, allowing for optimal efficiency and productivity.
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