Used OPTO SYSTEMS WPOH-105AS-T #9159239 for sale

OPTO SYSTEMS WPOH-105AS-T
Manufacturer
OPTO SYSTEMS
Model
WPOH-105AS-T
ID: 9159239
Vintage: 2001
Prober Currently de-installed 2001 vintage.
The OPTOSYSTEMS OPTO SYSTEMS WPOH-105AS-T Prober is typically used for probing electrical components on Printed Circuit Boards (PCBs). This precision designed prober is engineered to provide accurate testing results and improved throughput, helping to boost process capability and reduce downtime. WPOH-105AS-T Prober utilizes high-resolution capacitive head technology for probing. This type of technology can go down to probe pitches of 0.2mm in pitch distance, ensuring improved accuracy during measurements. Additionally, the head is designed to keep contact pressure relatively low allowing for delicate components to be adequately tested without being damaged. This prober also features an advanced stepper motor drive technology for precise and reliable motion control. This feature helps minimize the possibility of slipping during the testing process, which is essential for providing accurate test results. Additionally, the high-speed motion capabilities allow for quick scanning and data acquisition from probes, resulting in improved total throughput. The air cylinder technology on OPTO SYSTEMS WPOH-105AS-T Prober ensures stable and repeatable operation at a wide range of speeds. By providing a steady and consistent force during testing, this reduces the risk of damaging delicate components. The pneumatic cylinder also helps reduce any backlash and eliminates motor torsion. The system is also customizable to meet the user's specific requirements and application needs. This includes additional sensors, systems, or even custom designed fixtures. The prober is also fully compatible with a variety of software packages, further improving its capabilities. Overall, OPTOSYSTEMS WPOH-105AS-T Prober is a highly precise and reliable prober designed for a wide range of testing needs. It's advanced features and customizations help ensure improved accuracy and reliability during testing, resulting in better overall results.
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