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Introduction During transportation, cartons inevitably face unexpected drops and collisions. How can you ensure your packaging withstands these impacts and keeps products intact? ITM-LAB’s carton drop test equipment precisely simulates face, edge, and corner drops, helping you detect packaging defects early, reduce transportation damage, and boost customer satisfaction!

ITM-LAB is an original manufacturer with over 26 years of experience in the testing equipment industry. We specialize in the R&D and production of environmental chambers, electronic reliability testers, battery test chambers, packaging testers, universal testing machines, and cable bending testers. Serving global distributors and industrial clients, we offer high-quality, customizable OEM/ODM solutions backed by strong in-house R&D, manufacturing, quality control, and after-sales support.

The ITM-DEP is a double-layer explosion-proof testing chamber engineered for extreme safety and precision. Built like a fortress with dual-layer stainless steel and smart pressure relief, it maintains ultra-stable temperatures from -70°C to +150°C. Its touchscreen controller, real-time data monitoring, and triple-redundant safety systems make it ideal for EV battery, aerospace, and defense testing. Trusted by global leaders, the ITM-DEP is designed for tests others can’t handle.

The ITM-DEP Double-Layer Explosion-Proof Testing Chamber is a high-performance solution engineered for hazardous material testing. It offers precise temperature control from -70°C to +150°C, advanced safety systems, and compliance with IEC60068-2-1/2-2 standards. Ideal for industries like battery manufacturing, aerospace, automotive, and defense, this chamber ensures safe, reliable testing under extreme conditions.

The RS-8105D-45° Conical Cable Tester from ITM-LAB is a high-precision device designed for durability testing of power cords, headphone cables, and next-gen data cables. Featuring a dual-station design, it significantly improves testing efficiency. Equipped with an OMRON touchscreen and MITSUBISHI PLC, it offers intuitive control and real-time monitoring. The machine uses a Panasonic servo motor and SHIMPO planetary gears to ensure ±1° angle accuracy and long-term reliability. With adjustable angles and speeds, it accommodates various cable testing needs and is widely used in consumer electronics like smartphones, tablets, and headphones.

Medical gloves play a critical role in infection control and user protection. To ensure their reliability, manufacturers must comply with rigorous physical testing standards, including ISO 11193-1, EN 455-2, and ASTM D6319. These standards define the minimum requirements for glove performance, including tensile strength, elongation, and dimensions.