LSST-01 Leak and Seal Strength Tester

The LSST-01 Leak and Seal Strength Tester is designed for the evaluation of seal performance and integrity in a wide range of packaging materials. Utilizing the highly effective pressure decay method, LSST-01 subjects the sample to pressurization up to predefined levels. The subsequent measurement of any decrease in pressure acts as a precise indicator, revealing potential leaks.

Advantages of LSST-01 Leak and Seal Strength Tester

Pressure Decay Method: The LSST-01 uses the pressure decay method. It pressurizes the sample to a specific level and the embedded the pressure sensor monitors the decrease in pressure. This helps to identify possible leaks clearly and accurately.

Versatile Applications: LSST-01 is versatile, offering the quantitative determination of various critical parameters, including seal performance, seal quality, burst pressure, compression resistance, torsion force, and joint/disengaging force. Its applicability extends to a diverse range of packaging materials, encompassing flexible packages, aseptic packages, plastic pilfer-proof closures, flexible tubes, caps, and more. (Different sample form may need different jigs).

Precision and Accuracy: With the PLC control embedded, HMI screen and pressure sensor, the LSST-01 is precise in assessing how well different packaging materials seal.

User-Friendly Design: By professional design of gas regulating, sample placing, control and display, the LSST-01 is simple to use.

The LSST-01 Leak Tester is your tool for ensuring packaging reliability. Using the pressure decay method, it accurately checks for potential leaks by pressurizing samples. Versatile and user-friendly, it works for seal performance and burst pressure test of various types of materials. With easy PLC control and customizable options, the LSST-01 simplifies testing while ensuring accuracy. Choose LSST-01 for straightforward, effective testing that ensures your packages stay intact and secure.

For more details please visit www.materialstests.com