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Overview As the mobile phone market continues to raise the bar for quality and reliability, a systematic testing process has become a critical part of product development and manufacturing. As a direct manufacturer with 26 years of experience, ITM-LAB offers a complete end-to-end testing solution—from prototype evaluation to final validation—backed by in-house R&D, production, quality control, and after-sales support.

Before hitting the market, every smartphone must pass a series of strict reliability tests to ensure it can perform consistently under various real-world conditions. These tests are typically divided into three categories: Environmental Reliability, Mechanical Reliability, and Electrical Reliability. They cover extreme temperature, drop resistance, water and dust protection, battery safety, and more.

April 18th, 2025, Hong Kong — ITM-LAB, a global-leading source factory of testing equipment headquartered in Dongguan Qiaotou, China, successfully showcased its cutting-edge innovations at the 2025 Hong Kong International Testing Equipment & Technology Expo from April 18 to 21. With over 26 years of expertise in the industry, ITM-LAB captivated distributors, industry experts, and end-users from 30+ countries by highlighting its full-chain manufacturing capabilities, customer-centric services, and advanced product portfolios tailored for reliability testing across industries.

Programmable Cold and Heat Shock Tester (Three Tank Type) – CTS Series Looking for a reliable, durable, and high-precision thermal shock test chamber? The CTS Series Programmable Cold and Heat Shock Tester from ITM-LAB is engineered for extreme temperature performance and repeatable results. Built to meet demanding testing standards across multiple industries—including electronics, aerospace, and materials science—this three-zone system ensures efficient high-low temperature transitions without compromising accuracy.

This technical guide examines critical methodologies for evaluating rockfall impact resistance through triaxial testing and rock testing. Discover how advanced incline impact testers simulate real-world conditions to optimize protective infrastructure designs.