Clean Pad

IC test sockets are pivotal in semiconductor manufacturing, acting as the crucial interface between ICs and testing equipment. These sockets ensure that ICs conform to performance and quality standards before integration into larger systems. Their adaptability to various IC package types, including BGA and QFN, is essential for their broad applicability across different applications. By providing stable and reliable connections during the testing process, IC test sockets facilitate the detection of defects, ensuring that only high-quality chips advance to the next production stage.

We provide high-quality IC test sockets specifically optimized for final testing in semiconductor manufacturing. Our offerings include PoP, BGA/QFN, standard, and surface-mount matrix sockets, all engineered for precision and durability in high-volume production. These sockets feature advanced thermal management and flexible design capabilities, ensuring that your ICs meet the most rigorous quality standards. PinJet’s solutions offer the reliability and accuracy necessary to ensure flawless performance before your product reaches the market.

Customize sockets for WLCSP products to meet customers’ needs for multiple-site testing

Provide Pick & Place and SLT sorting machine jigs ranging from single site to 16 sites. The standard surface treatment we offer is hard anodizing. Anti-ESD surface treatment or special designs are also available at customer's request.

The Test Socket is a critical interface component in the semiconductor testing process, used to connect testing equipment with the device under test (such as BGA or QFN), enabling accurate functionality and performance testing.
As testing frequency and density increase, maintaining the cleanliness of the Test Socket becomes crucial for ensuring the accuracy of test results, extending equipment lifespan, and improving production efficiency.

We offer a wide range of manufacturing services, including sheet metal processing and precision CNC machining. Our equipment includes advanced CNC machines such as the Lih Mei Sigma9+, Sigma8+, and Chang Ming CMV-6H and CMV-8H, enabling us to produce electronic components, automotive parts, oil circuit systems, semiconductor jigs, and automation equipment components. We specialize in micro-hole machining and high-precision processing, with customizable material options and surface treatments tailored to meet customer requirements.