Used INNOBIZ IZ-FCP3000 #9399622 for sale

INNOBIZ IZ-FCP3000
Manufacturer
INNOBIZ
Model
IZ-FCP3000
ID: 9399622
Vintage: 2015
Prober 2015 vintage.
INNOBIZ IZ-FCP3000 is a precision prober designed for all your evaluation and test needs. It utilizes a powerful, advanced software to provide accurate performance and analysis for a variety of applications. The prober's features include automatic and manual alignment, variable probe force and contact limit selection, programmable voltage and current profiles, adjustable probe angle and length, multiple software options and more. The core of IZ-FCP3000 is its 4-axis stage and precision linear motor drive. The stage is driven by high-precision stepped-motor with high speed and low speed operation, enabling precise alignment and fast correction. The stage is controlled by an independent computer with dedicated software. This software provides advanced signal analysis capabilities, flexible data acquisition, automatic handling of information and advanced signal processing. The prober is equipped with a powerful force-touch probe to ensure accurate contact with the sample surface. The probe allows for a wide variety of contact angle, length and force. Programmable contact limits make it easy to set limits based on the sample surface and characteristics. It is also capable of measuring current and voltage profiles of the sample. To ensure reliable results, robustness of the prober is also essential. The prober features a linear motor drive which is temperature-controlled and vibration-resistant, and is protected against external shocks and humidity. High-precision lock/unlock mechanisms are established for the probe tip and stage movement to protect against sample misplacement during testing. INNOBIZ IZ-FCP3000 is designed to be a versatile and reliable prober that can handle a wide range of applications and environments. It is a reliable and cost-effective tool for performance and reliability testing of electronic components. Its integrated software enables fast and accurate data acquisition, ensuring precision and repeatability of the measurements.
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