Pnuematic lids are a new option for controlling socket contact force. Great option for maintaining reliable force for applications in temperature cycling, high contact force and/or for sensitive devices. The option is available for any new custom or existing sockets. ©2025 Ironwood Electronics. All rights reserved
Test, debug, setup using manual actuator for production run of MSOP10 in Esmo Talos handler. Picoraptor2 test contact in cartridge configuration can test 500K devices before replacement is needed. Since the whole cartridge can be replaced instead of rebuilding with individual pins, downtime is very minimal enabling high production throughput ©2025 Ironwood Electronics. All […]
Connect adapter plate to the test socket, place device inside, and latch thermal chuck. Actively control 10 watt DUT from -40°C to +155°C using Imperium Thermal System. ©2025 Ironwood Electronics. All rights reserved
Imperium Thermal Control System Developed specifically for low power applications, Ironwood Electronics’ IMPERIUM Thermal Control System integrates seamlessly with Ironwood’s test sockets and can be easily adapted to all sockets, providing exceptional thermal control in demanding applications. Building upon Ironwood’s leadership and expertise in high performance sockets, Imperium provides a smaller footprint, less noise, greater […]
Embedded Wire Elastomer Sockets for High Speed Applications SG elastomer sockets allow for very high speed testing of 0.3mm to 1.27mm pitch BGA, LGA, QFN, QFP and SOIC devices on the same footprint as other Ironwood socket technologies. Embedded Wire in Elastomer (SG) contact technology consists of a fine pitch matrix (0.05mm x 0.05mm) of […]
Grypper sockets for UFS and eMMC devices are available from Ironwood Ironwood Electronics, continues to design and manufacture new Grypper test sockets for eMMC and UFS BGA devices. The Grypper sockets support the variety of sizes that 153 ball eMMC and UFS devices are produced, ranging from 7.5 x 7.5 mm to the 11.5 x […]
Ironwood Electronics is proud to offer a new line of standard footprint sockets that support high speed burn-in requirements using stamped spring pins, in machined metal housings rather than molded plastic. Continuously improved over the past 12 years, Ironwood has manufactured more than 50K units of our stamped spring pin sockets. The standardized design of […]
Socket and Test your 13x13mm BGA device using extreme temperature socket Ironwood Electronics recently introduced a new Stamped spring pin socket addressing high performance requirements for testing BGA256 – CBT-BGA-6122. The contactor is a stamped spring pin with 31 gram actuation force per ball and cycle life of 125,000 insertions. The self inductance of the […]
Socket and Test your 208 lead Quad Flat pack device using extreme temperature socket Ironwood Electronics recently introduced a new Stamped spring pin socket addressing high performance requirements for testing 208 lead Quad flat pack – CBT-QFE-3028. The contactor used in CBT-QFE-3028 socket is a stamped spring pin with 17 gram actuation force per ball […]
Socket and Test your 144 lead Quad Flat pack device using extreme temperature socket Ironwood Electronics recently introduced a new Stamped spring pin socket addressing high performance requirements for testing 144 lead Quad flat pack – CBT-QFE-3025. The contactor used in CBT-QFE-3025 socket is a stamped spring pin with 17 gram actuation force per ball […]
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