Used TEL / TOKYO ELECTRON P-8 #293809904 for sale

TEL / TOKYO ELECTRON P-8 is a professional prober equipment designed to perform precise and reliable probing, measurement, and testing of electronic components and materials. This system is an invaluable resource for semiconductor, printed circuit board, and electronics manufacturing. TEL P8 prober has a robust stage and loadlock which are designed to prevent ambient contamination and ensure consistent sample quality, even at high temperatures. The prober boasts a high resolution, clean sample presentation with a positioning repeatability of 0.5 micro-meter (0.0002 inches). Its high-strength 2-meter-long arm can reach 800° centimeters cubed for large samples and its large sample capacity accommodates 5- or Dual-Force Probes. TOKYO ELECTRON P 8 includes a CAD interface for measuringand analyzing complex design details. The software can measure a sample up to 1,000 micro-meters in size, with 0.02 micro-meter precision, and 0.1 micro-meter resolution. Sample orientation, tilt, and twist can also be accurately measured for further analysis. The CAD files in compatible formats such as Gerber, DXF, and ODB++. The robust design of TEL / TOKYO ELECTRON P8 allows users to measure a variety of samples, including bare die, device packages, and substrates. It also supports standard layouts, such as ball grid arrays, connector types and fine pitch devices, which enables the measurements of very detailed designs. P-8 is a fully automated prober unit, equipped with an image recognition microscope, and capable of fully automated inspections of small micro-vias, bonding wires, and micro-electronic interconnects. The machine can accurately measure geometry for small-pitch trace and space, as well as bottom insulation and other important features of the device. The tool can also measure signal and power integrity of packages, trace width, and many other features with high accuracy. The unique capabilities of TEL / TOKYO ELECTRON P 8 prober provide users with higher accuracy and speed for both product and process development.