Cell Instruments Co., Ltd.
Material Testing Solutions
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NZD-01 MIT Folding Endurance Tester is designed for precise MIT Folding Resistance Testing of paper, paperboard, and other materials with a thickness of less than 1mm. This advanced equipment is essential for industries that require high-quality material performance, such as packaging, food, pharmaceuticals, and beverages. By conducting reliable MIT Folding Resistance Testing, the NZD-01 tester ensures product durability, safety, and quality, particularly for packaging materials subjected to repetitive folding or stress.
MIT Folding Resistance Testing plays a crucial role in evaluating the folding endurance of paper and paperboard materials, helping manufacturers and researchers assess the resistance of these materials to repeated folding. This process is particularly important for packaging industries, where folded cartons, labels, and other paper-based materials must maintain structural integrity after multiple folds. The ability to withstand wear and tear over time is a key indicator of quality and durability, which directly impacts packaging performance and product protection.
User-Friendly Interface (HMI Display): The NZD-01 tester comes equipped with a high-quality HMI display that provides real-time data visibility during the MIT Folding Resistance Testing process. This user-friendly touch screen interface makes operating the tester straightforward and accessible, even for users unfamiliar with complex laboratory equipment.
Real-Time Display and Data Collection: The tester features microcomputer control, ensuring automatic measurement and data storage. It provides real-time test data display and statistical analysis, such as maximum, minimum, average values, and variable coefficients, ensuring precise and reliable results every time.
Adjustable Folding Angles and Speeds: The machine offers flexible folding angles from 0° to 142° and adjustable folding speeds ranging from 10 to 2000 times per minute. This range allows for customized MIT Folding Resistance Testing according to the specific requirements of the material being tested, ensuring versatile usage for various industries.
Micro Printer Integration: The built-in micro printer facilitates easy and quick printing of test results, enabling operators to maintain accurate records of test outcomes without the need for additional devices.
Automatic Chuck Return: The automatic folding chuck return feature saves time and improves testing efficiency by resetting the system after each test cycle, ensuring continuous operation without manual intervention.
Customizable Options: To accommodate different testing needs, the NZD-01 offers a variety of folding chucks and weight options, providing the flexibility required for testing different material properties.
| Measuring Range | 1～99999 Times |
| Folding Endurance (Logarithm) | 0～4.99 |
| Folding Angle | (135 ± 2)° |
| Folding Speed | (175±10)次/分钟 |
| Sample Width | (15 ± 0.1)Mm |
| Tension Force | (4.91～14.72)N |
| Folding Opening Crack Distance | 0.25mm/0.50mm/0.75mm/1.00mm/1.25mm(Choose One) |
| Arc Radius Of The Fold | (0.38±0.02)Mm |
| Display | 5” Touch Screen |
| Printer | Modular Integrated Thermal Printer |
| Environment | Ambient(20 ± 10)°C；Rh ＜ 85％ |
| Power | Ac220v, 50hz |
MIT Folding Resistance Testing is an industry-standard method for evaluating the durability and endurance of paper and other thin sheet materials. This test is crucial for industries such as packaging, food, pharmaceuticals, and education, where materials are frequently exposed to stress and repetitive folding during processing, shipping, and handling.
Performing MIT Folding Resistance Testing allows manufacturers to evaluate the lifespan of materials under simulated conditions, providing critical insights into how materials will perform in real-world applications. A higher folding endurance indicates better quality, ensuring that packaging or other folded paper materials maintain their structure and function throughout their use.
The NZD-01 MIT Folding Endurance Tester complies with several internationally recognized standards for MIT Folding Resistance Testing, including:
These standards ensure that the results from the NZD-01 are consistent, reliable, and widely accepted across various industries.
Packaging: The packaging industry relies on MIT Folding Resistance Testing to assess the durability of cartons, paperboard, and labels, ensuring that they withstand multiple folding cycles without tearing or breaking. The folding endurance of these materials is critical in preserving product integrity during transportation and handling.
Food and Beverage: In food and beverage packaging, ensuring that materials such as paperboard cartons can endure repeated folding is crucial for maintaining hygiene, product protection, and brand presentation.
Pharmaceuticals: Pharmaceutical packaging materials, particularly those used for drugs and medical devices, require rigorous MIT Folding Resistance Testing to ensure that packaging remains intact during transportation and storage.
Educational and Research Institutions: Laboratories and research centers often use the NZD-01 for testing various materials, providing valuable data on material properties and ensuring compliance with industry standards for paper and packaging materials.
The NZD-01 stands out among its competitors for its accuracy, versatility, and user-friendly features. Whether used in a high-volume industrial setting or a research lab, this tester provides reliable results that meet international standards for folding endurance.
MIT Folding Resistance Testing helps manufacturers and researchers make informed decisions about material selection and quality control. With its advanced features, the NZD-01 ensures accurate and efficient testing, saving time and resources in the material evaluation process.
MIT Folding Resistance Testing is essential for ensuring the longevity and durability of paper and paperboard products. The NZD-01 MIT Folding Endurance Tester offers cutting-edge technology, compliant with international standards, to provide accurate, real-time testing results. This tester is a reliable solution for industries seeking to improve the quality and performance of their packaging materials and products.