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There is no single drop height that is correct for every package. This guide explains how test standards, packaged-product weight, distribution conditions, impact orientation and test objectives should be considered before selecting a package drop test height.

A five-step buyer decision roadmap for selecting an automatic force testing machine for electronics manufacturing. The infographic guides buyers through defining test requirements, matching applicable standards, selecting key technical specifications, evaluating ROI and total cost of ownership, and choosing the right equipment supplier and support service.

A comprehensive guide to programmable temperature and humidity test chambers. Learn how they work, key selection specs (fluctuation, uniformity, deviation), test standard compliance (IEC 60068), and how to choose the right ITM-LAB GDJS series model (100L to 1000L).

This section provides a direct technical and operational comparison between manual tumble testing and automatic tumble testing machines for electronics reliability QA. It highlights key evaluation parameters—including labor involvement, cycle accuracy, AC servo position locking, repeatability, and safety interlocks—to help procurement managers and testing engineers justify the ROI of lab automation.

ISO 9227 salt spray test is an internationally recognized corrosion testing method used to evaluate the durability of metals, protective coatings, plating systems, and surface treatments under accelerated corrosive conditions. This guide explains ISO 9227 requirements, NSS, AASS, and CASS test methods, corrosion evaluation procedures, and the differences between ISO 9227 and ASTM B117 standards. Learn how to select a reliable salt spray chamber for automotive parts, hardware products, electronic components, and industrial materials testing. Discover key specifications, testing applications, and buying considerations for professional corrosion testing equipment manufacturers and quality control laboratories.

This article explains why mobile phones experience flipping and posture deviations during drop testing and provides engineering solutions to improve test accuracy and repeatability. It discusses the causes of smartphone rotation during free fall, the impact of inconsistent drop posture on reliability evaluation, and how automatic drop testers with precise fixation, controlled release, and accurate height adjustment help manufacturers achieve more reliable testing results. The article also introduces commonly referenced drop testing standards, including IEC 60068 series and ASTM D5276, and provides guidance for selecting suitable smartphone drop testing equipment.