Used SIGNATONE S-1007X #114312 for sale
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SIGNATONE S-1007X is a state-of-the-art prober specifically designed for high volume and large-scale production requirements. It is capable of probing and testing semiconductor devices and other integrated circuits at production-level speeds. S-1007X employs a four-axis motorized stage, an industrial-grade vision equipment, and an advanced triggering system for improved accuracy and repeatability. SIGNATONE S-1007X prober's four-axis motorized stage enables it to perform fine, precise motions swiftly and accurately. It is capable of accommodating substrates up to 8 inches in diameter and can probe and test dies exceeding 8mm in size. Additionally, the stage supports both manual and automated operation, allowing for flexible operation. S-1007X prober's vision unit utilizes a 75-megapixel camera and sophisticated software-controlled camera settings to increase the accuracy of the prober's measurements. This machine is capable of dynamically switching between macro and micro-viewing, allowing for rapid detection of subtle irregularities or defects. SIGNATONE S-1007X's advanced triggering tool helps to ensure repeatable and reliable test results. This asset utilizes an array of metal contacts that are electrically connected to the test subject, allowing for accelerated testing and fewer misses. The triggering also includes an array of programmable pads that can be pre-set in order to make sure that all the required tests are performed. S-1007X is also capable of supporting multiple test environments, including low voltage and RF testing, as well as alternate failure analysis protocols. This allows multiple test programs to be run simultaneously, and the dual-footprint design enables alternate test substrates to be used in both test programs simultaneously. Overall, SIGNATONE S-1007X is an incredibly powerful and efficient prober that can easily handle the most demanding production requirements. Its four-axis motorized stage, industrial grade vision model, and advanced triggering equipment combine to create a prober that's capable of testing even the smallest of components with accuracy, reliability, and speed.
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