New product release

Not sure whether a reach-in or walk-in environmental chamber is right for your testing needs? This guide explains the key engineering differences, real-world limitations under load, and five practical signals that indicate when it is time to upgrade your environmental testing system for better accuracy, throughput, and reliability.

This guide provides a comprehensive sand and dust test chamber selection framework for industrial buyers and laboratory engineers. It covers the core technical differences between IP5X and IP6X testing under the IEC 60529 standard, critical parameters (such as the 2 kg/m³ dust concentration and 2 kPa vacuum control), and the golden rules of chamber volumetric capacity. Furthermore, it delivers a detailed application comparison between the SC-500 and SC-1000 models, helping you avoid common procurement mistakes and ensure your products seamlessly pass regulatory certification audits.

Choosing the right automatic drop testing machine can significantly improve product reliability, testing efficiency, and quality assurance. This comprehensive buyer's guide explains the key factors to evaluate—including drop height accuracy, automation, testing standards, data management, and supplier support—to help electronics manufacturers make informed purchasing decisions.

A complete guide to battery extrusion testing, explaining its definition, testing process, key safety standards, failure mechanisms, and the role of advanced battery testing equipment in lithium battery safety validation for EVs, energy storage systems, and electronics.

As lithium-ion battery testing becomes more demanding, laboratory space has become one of the biggest constraints on productivity. Instead of expanding facilities or purchasing additional single-chamber equipment, many laboratories are adopting double-layer environmental test chambers to maximize testing capacity within the same footprint. In this guide, we'll explain the engineering advantages of vertical chamber design, independent dual-zone temperature control, explosion-proof safety features, and how to choose the right chamber configuration for battery cells, modules, and packs.

Many cable failures are not caused by insufficient tensile strength but by repeated sudden pulling during everyday use. An abrupt pull test helps manufacturers evaluate connector retention, cable durability and assembly reliability before products reach the market. This guide explains how abrupt pull testing works, why it matters and where it is used in cable quality control.