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The Battery Extrusion and Puncture Test Machine from ITM-LAB provides comprehensive mechanical safety testing for batteries across multiple industries. This servo-controlled system delivers precise force application (1-20 kN, ±0.5% accuracy) and variable test speeds for both extrusion (1-30 mm/s) and puncture (10-40 mm/s) testing protocols. The machine ensures compliance with major safety standards including UL1642, UL2054, IEC62281, IEC60086, and GB31241-2014. Key features include explosion-contained testing chamber, real-time monitoring software, and corrosion-resistant steel puncture needles (Ø3-8 mm). Applications span lithium-ion battery development, consumer electronics certification, electric vehicle testing, and energy storage system qualification. ITM-LAB's 27 years of manufacturing experience provides comprehensive technical support, training, and global service capabilities for testing laboratories and battery manufacturers worldwide.

The RS-6008C Battery Combustion Test Chamber represents professional-grade testing equipment designed for comprehensive battery safety evaluation. Manufactured by ITM-LAB with 27 years of industry expertise, this UL1642 compliant chamber features a 750×750×500mm stainless steel interior, dual safety protection systems, and advanced observation capabilities. The unit supports various battery testing applications including lithium-ion thermal abuse testing, power bank certification, and energy storage system validation. Key technical features include automatic pressure relief, wireless remote operation, and compatibility with standard test gases. ITM-LAB provides comprehensive support including installation, training, maintenance, and technical assistance through their integrated manufacturing and service teams.

This technical introduction to the ITM-LAB DHG high-temperature test chamber offers a temperature range of ±15°C to 300°C (RT) with ±1°C temperature control accuracy. Available with three capacity options: 100L, 500L, and 1000L, it features digital PID auto-regulation technology and is suitable for material testing and component evaluation in the electronics, automotive, and aerospace industries. Includes complete technical specifications, safety systems, maintenance guidelines, and application scenarios.

Professional introduction to the technical specifications and applications of the ITM-LAB DHG high-temperature test chamber. This equipment provides a temperature control range of RT + 15°C to 300°C, with a temperature fluctuation of ≤ ±1°C, and is suitable for material testing and product aging verification in the electronics, automotive, and aviation industries. Includes detailed technical data sheets, maintenance instructions, and safety system instructions.

This comprehensive comparison analyzes the ITM-LAB RS-320A drop test system against the LAB Equipment Model 160, providing detailed technical specifications, performance metrics, and feature analysis. The article highlights key advantages of the RS-320A including 158% larger impact zone, 10% higher payload capacity, and extended drop height range. Designed for testing equipment distributors and quality assurance professionals, this technical comparison covers applications, cost-performance analysis, and global support infrastructure across multiple markets including Asia-Pacific, Middle East, Europe, and North America.

This comprehensive guide explains how to implement accurate data analysis in drop testing systems, moving beyond basic visual inspection to precise measurement protocols. The article covers essential hardware components including CN-Shock analysis systems, three-axis accelerometers, and specialized software packages. Key topics include measurement parameters, system configuration, calibration requirements, and maintenance protocols. Designed for testing equipment distributors and quality assurance professionals, this technical resource provides practical implementation guidance for packaging, electronics, and automotive testing applications.