#packaging testing machine

The crispiness of potato chips, the firmness and chewiness of apples, and the smooth, creamy texture of yogurt—how can manufacturers ensure that food textures meet consumer expectations? Manufacturers rely on food texture analyzers to accurately measure and control the texture of products across different batches. Using specialized equipment, manufacturers can measure characteristics such as hardness, elasticity, cohesiveness, and adhesiveness to ensure quality standards are met.

Candy manufacturers can measure gel hardness to ensure uniform texture during chewing; fruit producers can determine the optimal harvest time to guarantee ripeness and taste; and potato chip manufacturers can ensure the desired crispness. By using a texture analyzer to evaluate product performance through data, manufacturers can optimize formulations and enhance product texture.

Are you seeking a leak detection method that doesn't damage test samples? While traditional packaging leak detection methods can identify seal leaks in packaging, most are destructive tests that ruin samples and increase manufacturers' testing costs. For producers of high-value goods, traditional methods prove costly and are less suitable than non-destructive leak detection approaches.

Traditional methods like bubble release tests, dye penetration tests, and burst tests are widely used across industries. Compared to non-destructive leak detection, they have limitations such as sample destruction, limited sensitivity to micro-leaks, and susceptibility to human error.

Non-destructive leak detection offers a fundamentally different approach. These methods do not damage packaging but instead evaluate integrity using physical parameters like pressure changes or vacuum decay. They help manufacturers identify minute product defects, reduce quality control costs, enhance product safety, boost production efficiency, and strengthen customer trust.

As quality standards continue to evolve, non-destructive leak detection is rapidly becoming the preferred solution across industries. It delivers the precision, efficiency, and reliability demanded by modern manufacturing. If you wish to delve deeper into the principles, technologies, and applications behind this method, this comprehensive guide will clearly explain:

What tests are required for packaging with good sealing properties? What specialized testing equipment is available? Below are several devices related to packaging seal integrity:

Different devices feature distinct models that comply with international standards, ensuring precise data accuracy.

The leakage of packaging plays an important role in our daily life, any sealed packaging products are affected by it, good sealing performance can ensure that the product does not deteriorate, to protect the life cycle of the product.

So how do we all test the leakage performance of packaging, we as a professional manufacturer of packaging testing instruments, with professional testing instruments, you can contact us for more information.

MK-500 Vacuum Decay Leak Tester specializes in the detection of leaks in ampoules, vials, injection bottles, freeze-dried powder injection bottles, and pre-filled packages.

Vacuum Decay Leak Tester Features

Micro leaks are detected in packages. The samples can be reused to reduce costs effectively.

Environmental temperature and humidity monitoring device.

Detect small and large leaks and the system determines qualified or unqualified automatically.

Test method: Vacuum Decay Method

Test time is less than 30s.

Test chambers can be selected for different samples and can be easily replaced.

Print test results automatically, ensuring accuracy and objectivity.

Statistical analysis is automatically performed on the test results, including yield statistics and sample normal distribution chart.

Equipped with micro printer, USB.

Automatically save, query, and export reports to Excel and PDF formats.

Meet GMP requirement, user-graded permission setting, historical record audit tracking function.

PC software is optional.