Test Handler

Mainly used in the semiconductor packaging industry, it can be used for various types of integrated packaging.

A final test handler is an automated system used for the final testing of semiconductor devices. It performs critical functions such as device transport, temperature control during testing, and sorting of units based on test results. Through advanced semiconductor testing systems, manufacturers can identify non-compliant devices early, optimize overall production yield, and minimize the risk of failures in critical applications.

Advanced Final Test Handling System
Modern semiconductor applications demand high-precision, innovative technology including automated optical inspection (AOI), tri-temperature testing, IC testing, and sensor testing. These processes require reliable, repeatable, and clean test floor environments to ensure the highest levels of quality control and product assurance.

As a full-service systems integrator, Top-leading provides comprehensive semiconductor solutions from Automatic Test Equipment (ATE) to fully Automated Handling Systems. Our expertise covers the design, manufacturing, and service of state-of-the-art device handling solutions from basic sub-systems to turnkey automation platforms.

Flexible and Scalable Final Test Handler Solutions
Top-leading's innovative and user-friendly handling systems can be configured as basic, kitless test handlers or expanded into advanced test handling systems through a wide range of optional modules. This flexibility allows users to meet diverse testing requirements efficiently from R&D environments to high-volume production.

Our Test Handler platform covers a wide range of automated test and handling applications, from passive electronic components to semiconductor devices.

In addition to standard test handlers for resistors and capacitors, our platform can be extended to semiconductor test handler solutions, including KGD (Known Good Die) handling and testing, supporting customized test flow, sorting logic and automation integration.