Used GENMARK X3395 #9153696 for sale

GENMARK X3395 Wafer Handler is a computer-controlled, robotic equipment designed to perform intricate kilo-scale analog cumulative device tests on a variety of electronic devices. X3395 is an evolutionary development which combines the X3375 and the X3390 models into a single, streamlined device. It is the latest in wafer handler technology, delivering high performance and flexibility to the device testing environment. The main body of GENMARK X3395 is constructed from anodized aluminum and stainless steel, with a 13-inch LCD display to provide visual feedback on the operations of the robot. There is a fully integrated robot arm with up to four axes of movement available, which can be programmed to perform numerous testing and handling operations. X3395 is also equipped with a high-resolution imaging camera, which allows the user to ensure accurate placement of the sample wafers. In terms of hardware, GENMARK X3395 features an advanced, high-power multi-channel switching system, which provides up to 16 switchable channels. The unit also features comprehensive programming interfaces, which allow the user to program the robot to perform a variety of testing services. An intelligent, software-driven control panel is also included, which is capable of autonomously detecting test conditions, and can maintain multiple sessions for various tests. The user can also customize the machine to meet the requirements of their specific device tests. X3395 is equipped with a wide range of sensors and readouts, which allow the user to monitor and adjust the robot's position with precision. The tool is also capable of performing multiple tests simultaneously, reducing down time and allowing the user to run more accurate tests in less time. Overall, GENMARK X3395 Wafer Handler is a highly advanced piece of wafering technology, capable of performing a wide variety of tests on a variety of electronic devices. It's sturdy construction, multiple axes of movement and integrated programming allow for reliable and accurate testing, with high levels of efficiency.