Used MICROMANIPULATOR 6600 #130189 for sale

MICROMANIPULATOR 6600 is a high-precision prober renowned for its outstanding performance and ease of use. Used mainly in semiconductor and circuit board manufacturing, the prober is designed to make noncontact measurements of complex surface features, such as the positions and dimensions of edges, defects and surface irregularities. 6600 offers a high-speed scan rate of up to 10 kHz and is capable of measuring features of down to 3 micrometers in size and 2.5 microns in position accuracy. The prober features a compact, lightweight design with an intuitive, easy-to-use interface, while also accommodating a large variety of probe tips, giving users greater flexibility when it comes to test applications. MICROMANIPULATOR 6600's body design allows for full range motion of axis motion. Utilizing linear rails and rotary encoders, 6600 can precisely position the probe tip even in difficult to reach areas. The prober can also be set up for different applications, with its rigid frame offering stability and accuracy whether the probe tip is closer to or further away from the substrate. MICROMANIPULATOR 6600 also features a unique and versatile software architecture, allowing for advanced programming and analysis capabilities. The software also includes a variety of functions that allow users to auto-adapt the scan parameters when scanning curved or irregular surfaces. In addition, 6600 offers a variety of other high-end features, such as an automated calibration process that ensures optimal accuracy and repeatability of measurements and an automatic probe cleaning and maintenance routine, both of which help to maximize repeatability and accuracy in a variety of test applications. In sum, MICROMANIPULATOR 6600 is a superior prober, designed to optimize test device performance and increase accuracy and repeatability in a wide range of applications. With its advanced features and robust construction, 6600 is an ideal tool for any semiconductor or circuit board manufacturing process.