The glove lntegrity tester is specially developed for isolators, glove boxes and clean‑room production lines. It performs automatic on‑site leak detection for operating gloves without detaching gloves from equipment. Featuring high‑precision pressure sensing, fast testing cycle and stable data output, it can efficiently detect pinholes, cracks and sealing failures of gloves. Real‑time test results and data records are available for compliance with GMP requirements. It effectively prevents cross‑contamination, guarantees the safety of operators and product quality, and is widely applied in pharmaceutical, biotech, microelectronics and sterile‑processing industries.

The GT-6(online) glove integrity tester is an instrument for detecting the leakage rate of sterile gloves. It is widely used in the leakage detection of rubber gloves and products such as 7 - inch. 8 - inch. 10 - inch gloves, and half - body suits. It features simple and rapid detection. high accuracy, and visualizable test results.

The GT-2(offline) series glove integrity tester is an instrument for detecting the leakage rate of sterile gloves. It is widely used in the leakage detection of rubber gloves and products such as 7 - inch. 8 - inch. 10 - inch gloves, and half - body suits. It features simple and rapid detection. high accuracy, and visualizable test results.

The GT-8W handheld glove integrity tester is a high-end portable device that integrates high-precision detection,wireless communication, intelligent management, and user-friendly operation. It is designed for testing the integrity of isolation gloves on equipment such as glove boxes,isolators, and RABS.This tester is designed in accordance with the ISO 14644-7 international standard,complying with the 2020 edition of the China Pharmacopoeia and the electronic record and electronic signature compliance requirements of 21 CFR Part 11.It adopts the principle of high-sensitivity pressure drop method built-in high-precision pressure sensors and intelligent algorithms to achieve rapid,non-destructive detection of glove micro-leaks (with a minimum detectable aperture of 200um). The testing process requires no disassembly of gloves,truly enabling online in-situ detection, avoiding the risks of secondary contamination and cumbersome operations caused by disassembly and assembly, thereby significantly improving detection efficiency and safety.