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Home Innovation Quality Assurance INFICON Launches Advanced Hydr...
Quality Assurance
Business Honor
22 October, 2025
INFICON’s new and advanced leak detectors improve accuracy, speed, and flexibility for automotive testing while supporting EV and HVAC part quality.
INFICON, a leader in leak detection for the automotive industry, launches its most recent Sensistor Sentrac and XL3000flex hydrogen and helium leak detectors at the Suburban Collection Showplace in Novi, Michigan (Booth #6012). During the Automotive Testing Expo North America. The quality and safety of important automotive parts, including EV battery housings, air conditioning, cooling modules, and engine parts, are ensured by these advanced leak detectors, that are made for automated as well as manual testing. INFICON's technology supports increased production demands and lowers costly repairs by increasing test accuracy and speeding checks.
One notable feature of the Sensistor Sentrac is its highly sensitive hydrogen leak detection. It has an ergonomic Strix® hand probe with LED lighting, a selective sensor, a fast response time, and a simple touchscreen interface. It works well in a variety of production and repair settings and comes in desktop, panel, and portable variants. By accurately testing using helium or forming gas (95% nitrogen/5% hydrogen), the XL3000flex offers flexibility. At 3,000 sccm, it offers the greatest gas flow available on the market, according to INFICON's special High Flow Technology. This makes it perfect for automated testing of EV and HVAC parts, as it allows quick, long-distance leak detection and easy interaction with robotic systems.
Thomas Parker, the Automotive Market Sales Manager at INFICON, stated that suppliers and automakers need quick and reliable methods to ensure quality without reducing output. "Our leak detectors offer the speed and accuracy needed for complex assemblies and current EV batteries." By combining Industry 4.0 technology with accurate leak detection, INFICON stays as the center of innovation and impacts the future of worldwide automobile manufacturing and quality control.