Used TEL / TOKYO ELECTRON P-8XL #9161662 for sale

Name: TEL / TOKYO ELECTRON P-8XL
Brand: TEL / TOKYO ELECTRON
SKU: 9161662
Availability: InStock

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Probers

Manufacturer

TEL / TOKYO ELECTRON

Model

P-8XL

ID: 9161662

Automatic wafer probers Diameter: 6"-8" Thickness: 150~1000 um Max.Weight: 110g Die size: 300~99999 um Stage: Contact accuracy(X,Y axis): ±6um (1995) ±4um Probe to pad Contact accuracy(Z axis): ±5um (1995) ±5um Z Chuck strength: 60kg Deflection spec: 15um (Vertical) 8um (Horiz) @ 10kg 90mm From center Z Acceleration: 1.0G Z Stroke (maximum): 95mm Z Probe range: 65.8mm to 93.3mm Z Maximum velocity: 40mm/s XY Stage / Platen: Accuracy: Each axis ±2um XY Stroke: ±118mm (X) 230~-110mm (Y) Max. speed: 200 mm/sec Acceleration: 2.2G X: 2.2G Y: 2.2G Resolution: 0.4 um Vibration (resonant): X: .70 um Y: .42 um Overall accuracy, X,Y,Z, Q, PTPA: X, Y and PTPA -- +/- 4 um @ 22C to 28C Z and PTPA +/-5um @ 22C to 28C APTPA Accuracy (Guaranteed probe marks using APTPA): X/Y: ±6um Z: ±5um Chuck mechanism: Rotation range: ±7.0 Degree Angular resolution: 0.00022 Degree Pre-align section: Rotation speed: 360 Degree/sec Alignment accuracy: XY±300um Theta accuracy: ±0.17 Degree Control resolution: (1) Degree Alignment system: LED Alignment : Automatic self-teach & align: Yes Temperature compensation: Every wafer Auto set-up camera: Bridge camera Macro mode 　 Magnification: 0.41 Viewing area: 15.6 X 11.7mm Medium mode (TEL shiva option) 　 Magnification: 3 Viewing area: 2.1 X 1.6mm Micro mode Magnification: 17.8 Viewing area: 0.36 X 0.28mm DPS Camera: Resolution　 Macro mode 　 Magnification: 0.8 Viewing area: 5.85 X 7.8mm Micro mode　 Magnification: 12 Viewing area: 0.39 X 0.52mm Display:　 Type : TFT LCD Touch panel Graphic function: Yes Full color: (8) Colors Bin color: Eye level Position: Everything on LCD panel Probe card changer: Load & unload: Auto Max. probe card size: 350mm Need to do wafer unloading first: No Parameter storage:　 Remote set-up option: Yes FDD: 3.5" 1.6M HDD: 2.5" 352M Manipulator:　 Type: Motor Swing motion: Stable Remote control: Available Hinge swing safety warning: Yes Positioning accuracy (XYZ).

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TEL / TOKYO ELECTRON P-8XL is an ultra-precise, fully automated prober used for probing wafers and other flat materials. TEL P8XL utilizes its innovative robot arm with 5-axis motion control to guarantee accuracy and repeatability. It combines an ultra-precision stage, a high-speed scanning measurement head and a powerful software platform to ensure high-precision, efficient wafer probing. TOKYO ELECTRON P8-XL features a wide range of wafer sizes compatible with various non-contact and contact scanning methods, including laser triangulation, optical light-based scanning, and capacitive imaging. The system is equipped with various built-in probes, which allow it to perform a wide range of tests from low frequency through high frequency range. It also supports advanced functions such as wet, dry, and liquid handling capabilities, and provides process control and automation functionality. TEL P-8 XL is a highly reliable and efficient prober. It features an innovative, easy-to-use automation system and motion control to ensure repeatability and accuracy. Its advanced design ensures low noise, high-speed scanning with a wide dynamic range, while its precise stage provides high-precision control with a large active measurement area. The robot arm uses sophisticated control algorithms to adjust its position according to the topographical features of the sample. The controllability and repeatability of the scanning microscope allow for high-throughput, accurate data acquisition. Additionally, TEL provides a software interface to combine P-8XL's various probes and systems, which allow the user to interface with the prober remotely. Overall, TEL / TOKYO ELECTRON P-8 XL is a reliable and cost-effective prober designed to perform probing on a variety of flat materials. Its combination of high accuracy, repeatability, and automated operation makes it an ideal choice for semiconductor and other industry-related applications. Its user-friendly automation system, sophisticated motion control, and software interface make it an attractive choice for any laboratory setting.