Used ACCRETECH / TSK MHF 410 #293608349 for sale

Manufacturer
ACCRETECH / TSK
Model
MHF 410
ID: 293608349
Vintage: 2006
Manipulator 2006 vintage.
ACCRETECH / TSK MHF 410 prober is a testing solution used in process development and production line monitoring. It is a high efficiency equipment designed specifically to clean, probe, and sort challenging substrates, while providing accurate, repeatable results. The prober's feature set includes a high-speed, multi-purpose prober featuring intelligent loading capability and high-precision probe recognition and placement. The device also offers accurate repeatability of the probes, allowing repeat testing of a single site without resetting the platform. The probe head design is made for reliability and includes E-beam welding and laser marking. TSK MHF 410 prober features a high-performance base with a design that provides improved accuracy, repeatability and load stability. This enables accurate investigations of any substrate and has the ability to process up to twenty substrates simultaneously. The prober is capable of operation at high temperatures and comes with a unique built-in heating system that optimizes the temperature environment for the specific application. In addition, ACCRETECH MHF 410 includes advanced image recognition technology, allowing for quality-control inspection of the probe placement and cleanliness of the substrates. The prober is also designed for quality and reliability, making use of a programmable controller, designed to ensure the correct operation of the unit. This is able to control the driving of the platform, the connection of probes, the switching of probe network paths and the connection of image processing components. Finally, MHF 410 is intended to provide data on production line performance, enabling manufacturers to get real-time reporting on their processes. As such, the machine is designed to capture and store a wide variety of production data, including probes counts, time in station, station positions and scores, temperature, and pressure. Such data can then be reported on through either internal or external tools, allowing for analysis and optimization of the production process.
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