The FT (final test) is a crucial step in IC manufacturing that ensures the quality and reliability of the final product. Our FT equipment is highly effective and precise and supports dual- and triple-temperature testing for enhanced production efficiency and product quality.
The SLT (system-level test) simulates the operating condition in the real-world application environment. It ensures the reliability and performance under various IC working conditions and failure-free functionality in the final product.
The flash/memory test handler is one such equipment that is used to test and handle flash storage devices and memories. The machine can test all kinds of memories to ensure their performance and reliability.
The compact size of the machine is fit for engineering development and experimental purposes; precise and reliable testing and handling features are available. Such equipment helps engineers identify and correct issues during the R&D stage, enhance the efficiency of experiments, and ensure product quality and stability.
The DRAM Test Sorting Handler is specifically designed for testing and classifying Dynamic Random Access Memory (DRAM). This equipment performs comprehensive checks on DRAM to ensure it meets strict standards for efficient operation and stability.
The COF (chip-on-film) test handler is equipment that tests the COF-packaged electronic elements. The machine can test the functionality and performance of COF-packaged electronic elements to ensure their quality and reliability.
MEMS Test Handler is designed specifically for Micro-Electro-Mechanical Systems (MEMS) devices. This equipment can test various types of MEMS components, including Motion Sensors, Microphones, Pressure Sensors, Barometers, etc., to ensure their reliability and accuracy in various applications.
The AOI (automatic optical inspection) handler is one such equipment that inspects and handles electronic elements by applying optical technologies. The machine can quickly and precisely detect defects and errors of circuit boards and accordingly help enhance production efficiency and quality.
