The main difference lies in the application scenarios and performance configuration: the standard version is the basic model, meeting the needs of conventional precision detection; the enlarged version expands the multi-channel detection capability based on the standard version, supporting up to 8 channels, and is suitable for high-efficiency production lines; the flagship version (HL-Pro) focuses on high-pressure detection performance, supports higher pressure ranges, and is suitable for high-pressure and harsh scenarios such as new energy and aerospace.Users can select the corresponding model based on the actual detection pressure, number of channels and accuracy requirements.

The core components are made of high-quality materials and designs that have been proven by the market for a long time, and are highly reliable.It is recommended to perform standard calibration every 12 months, and routine maintenance is simple and convenient.

Equipped with a complete data management system, it can display and record test curves in real time, support the storage, traceability and statistical analysis of massive testing data, and provide strong support for production process improvement and quality control.

With its high precision, AI intelligence and powerful pressure output capabilities, it is especially suitable for industries that have extremely high sealing requirements, such as new energy vehicles, energy storage systems, and aerospace.

Using large-flow slide valve technology, the inflation speed is 300% faster than traditional equipment.Coupled with the intelligent pressure regulating system, it can automatically and accurately adjust and stabilize the output pressure, ensuring that the testing process is both fast and reliable.

The HL-Pro flagship version has a measurement accuracy of 0.2% F.S and supports real-time temperature compensation.Its core advantage is that it combines rapid inflation and high-pressure detection capabilities, and is capable of various complex detection scenarios from routine to rigorous.