Used AEHR MAX-32000 #9003439 for sale

AEHR MAX-32000 Burn-In equipment has been designed to optimize high throughput manufacturing processes used in the burn-in of components. This is an automated system, that includes high density test capabilities supporting up to 32 open top and 96 closed top burn-in boards. The unit utilizes two drawers providing the flexibility to configure up to 32 devices per drawer. This allows for the placement and burn-in of a wide variety of components including memory, logic devices, A/D converters, and many others, all in a single machine. MAX-32000 Burn-In tool is capable of utilizing a range of test voltages. This asset utilizes from 20V to 1V for multi-voltage stress. The model provides an accurate, fast, and reliable method for testing devices in a wide range of environmental conditions including high and low temperatures. The equipment is equipped with a high-power, temperature-controlled heat chamber that is capable of withstanding up to 200C operating temperatures. AEHR MAX-32000 Burn-In system also features built-in Intelligent Device Manager (IDM) technology, which enables easy access and real-time visibility of all the devices currently being tested in addition to the test configuration parameters. This helps users collect and analyze test results to assess the quality of devices being tested. MAX-32000 Burn-In unit also provides advanced data logging capabilities which allows for easy tracking, recording, and analysis of results. The machine also allows for automated retesting of failing components, ensuring that only parts that meet stringent quality standards are being shipped. AEHR MAX-32000 Burn-In tool can be customized and configured to meet user-specific requirements, configured to maximize throughput and efficiencies, while remaining cost-effective. The asset is also designed to maintain a low profile and occupies minimal floor space for easy integration into existing production lines. In conclusion, MAX-32000 Burn-In model is a powerful, reliable, and efficient testing equipment, that helps users accurately analyze and perform burn-in tests of a wide range of components. It helps maximize throughput, reduce costs, and ensures that only tested components that meet stringent quality standards are shipped.