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QUALITEST in collaboration with Gibitre offers a Smart Fatigue Testing Solution: DeMattia Fatigue Tester - AI Camera

Fatigue testing is crucial for ensuring the durability and reliability of rubber and elastomer materials. However, traditional testing methods have limitations, including manual operations, time-consuming evaluations, and subjective results. To address these challenges, QUALITEST and Gibitre have collaborated to introduce the DeMattia Fatigue Tester - AI Camera.

The DeMattia Fatigue Tester - AI Camera is a revolutionary instrument that combines artificial intelligence and advanced cameras to provide precise and objective fatigue testing results for rubber and elastomer applications. It offers significant advancements in testing technology, enabling fatigue resistance tests in bending and tension at controlled temperatures.

With its integrated camera system and AI algorithms, the DeMattia Fatigue Tester analyzes images in real-time, detecting cracks and recording cycles. This allows engineers and researchers to gain valuable insights into crack evolution and optimize product designs. The instrument's objective and documented results enhance quality control and product reliability in industries such as automotive, industrial manufacturing, and others.

The Importance of Fatigue Testing

Fatigue testing is a critical component of material evaluation, particularly in the rubber and elastomer industry. It plays a vital role in ensuring the reliability, durability, and performance of products under repetitive stress. Fatigue failure, which occurs when a material undergoes repeated loading and unloading, can lead to catastrophic consequences, including product failure, downtime, and even safety risks.

The importance of fatigue testing cannot be overstated. It helps manufacturers and researchers to:

  • Evaluate the long-term performance of rubber and elastomer materials under various loading conditions
  • Identify potential failure points and optimize material selection and design
  • Develop more reliable and durable products that meet specific industry standards and regulations
  • Reduce the risk of product failure, downtime, and associated costs
  • Improve product quality, customer satisfaction, and brand reputation

In the rubber and elastomer industry, fatigue testing is crucial for a wide range of applications, including automotive, industrial, and consumer products. For example, in the automotive industry, fatigue testing helps to ensure the reliability of tires, seals, and gaskets, which are critical components of vehicle safety and performance.

Similarly, in industrial applications, fatigue testing helps to evaluate the performance of hoses, belts, and vibration isolators, which are essential for maintaining equipment reliability and efficiency.

Limitations of Traditional Fatigue Testing Methods

For decades, manufacturers have relied on traditional fatigue testing methods to evaluate the durability and flex life of rubber and elastomeric components. However, these conventional approaches often fall short in providing comprehensive and accurate insights into material behavior under real-world conditions.

1. Manual Operations and Subjective Evaluations

  • Technicians rely on physical monitoring and subjective observations, introducing human error and variability.
  • Lack of standardization makes it difficult to compare data across different testing facilities or over time.

2. Time-Consuming and Labor-Intensive

  • Regular inspection of specimens, documentation of observations, and equipment maintenance are tedious and resource-intensive.
  • Prolonged testing cycles, delayed product development, and increased operational costs are common.

3. Limited Data Capture and Analysis

  • Conventional methods often record only the number of cycles to failure or perform visual inspections at predetermined intervals.
  • Narrow view of material performance hampers accurate modeling and product design optimization.

4. Inability to Replicate Real-World Conditions

  • Difficulty simulating factors like temperature variation, environmental exposure, and multi-axial stresses.
  • Incomplete understanding of material performance under realistic operating conditions.

5. Lack of Objective and Documented Results

  • Subjective nature of traditional fatigue testing leads to a lack of standardized reporting and data archiving.
  • Challenging to compare findings, track product performance, and demonstrate compliance with industry regulations.

To overcome these limitations, the rubber and elastomer industry has embraced innovative technologies like the DeMattia Fatigue Tester - AI Camera, which offers a more comprehensive and reliable fatigue testing solution.

Introducing the DeMattia Fatigue Tester - AI Camera: A Game-Changing Instrument

Responding to the industry's need for advanced fatigue testing solutions, QUALITEST and Gibitre have introduced the DeMattia Fatigue Tester - AI Camera, a revolutionary instrument that is set to redefine the landscape of fatigue testing.

The next-level of DeMattia Fatigue Tester revolutionizes fatigue testing for the rubber and elastomer industry. This innovative instrument combines artificial intelligence (AI) and advanced imaging technology to provide unprecedented accuracy, efficiency, and reliability.

The AI-powered camera system captures high-resolution images of test specimens, automatically detecting fatigue cracks and tracking their progression. This eliminates manual inspection and subjective evaluations, ensuring precise and objective measurements.

Real-time data insights and analysis enable manufacturers and researchers to monitor and analyze material fatigue behavior as it happens. The instrument's advanced software provides comprehensive and meaningful information, empowering users to make informed decisions and optimize testing conditions.

This instrument offers comprehensive testing capabilities, including tension and compression fatigue testing, and precise temperature control. Its intuitive user interface streamlines workflow, reducing operator workload and minimizing errors. By automating critical aspects of testing, the instrument boosts productivity and drives innovation in the industry. Visit here to learn more.

How Does DeMattia Fatigue Tester - AI Camera Work?

The smart Fatigue Tester offers a streamlined and user-friendly testing procedure that simplifies the evaluation of rubber and elastomer materials. This chapter provides a step-by-step overview of the process, highlighting the instrument's ease of use and efficient data management capabilities.

1. Specimen Insertion

To initiate the test, insert the 12 specimens into the designated slots within the instrument. The instrument is designed to accommodate the specimens securely, ensuring consistent and reliable testing conditions.

2. Temperature and Test Condition Selection

Next, using the intuitive interface, select the desired temperature and test conditions for the evaluation. the DeMattia Fatigue Tester - AI Camera provides precise control over the temperature range, allowing for realistic simulations of various operating environments.

3. Initiating the Test

Once the specimens are in place and the test parameters are set, simply press the start button to begin the testing process. The instrument takes over from here, automatically adjusting the temperature and commencing the test cycle.

4. Continuous Image Capture

Throughout the test, the instrument records high-quality images of each specimen without interrupting the oscillation. This continuous image capture ensures that all stages of degradation are documented accurately, providing a comprehensive visual record of the material's performance.

5. Artificial Intelligence Analysis

The collected images are then processed by the advanced Artificial Intelligence algorithm integrated into the DeMattia Fatigue Tester - AI Camera. The algorithm meticulously analyzes each image to determine the presence of cracks in the Fatigue Test or measures crack size in the Crack Growth Test. This automated analysis eliminates human subjectivity and ensures consistent and objective evaluation.

6. Video Compilation and Data Visualization

Upon completion of the test, the instrument automatically compiles all the captured images for each specimen into a video format. These videos contain valuable information such as the number of cycles, the presence or size of cracks, and the corresponding temperature. This compilation provides a comprehensive visual representation of the material's degradation process.

7. Download and Export Data in Seconds

To access the test results, simply connect a USB or LAN port to the next-level of DeMattia Fatigue Tester. The instrument allows for easy and convenient downloading of the videos for all 12 specimens. This seamless data transfer ensures that researchers and engineers can further analyze the material's performance and share the results with stakeholders.

The DeMattia Fatigue Tester - AI Camera simplicity and efficient data management make it a valuable tool for optimizing product design, enhancing productivity, and delivering reliable results in the rubber and elastomer industry.

Key Features and Benefits of DeMattia Fatigue Tester - AI Camera

The DeMattia Fatigue Tester - AI Camera, with its unique features and advanced technology, offers unparalleled capabilities in temperature-controlled testing and image analysis. This chapter explores the key features of this revolutionary instrument and the significant benefits it provides to users in various industries.

1. Progressive Degradation Visualization

Equipped with 6 video cameras and an innovative Climatic Camera, this smart Fatigue Tester captures and analyzes images of 12 specimens throughout the entire test cycle. The instrument automatically generates a video that visually documents the progressive degradation of each specimen. This detailed visualization allows for objective documentation of test results and facilitates in-depth analysis of crack evolution.

2. Enhanced Efficiency and Time Savings

By capturing images without interrupting the testing process, the instrument dramatically reduces testing time. It eliminates the need for manual evaluations and interruptions to assess specimen status. This streamlined workflow saves valuable time and resources, enabling users to conduct tests more efficiently and accelerate their research and development efforts.

3. Objective and Detailed Crack Analysis

Utilizing an Artificial Intelligence algorithm, the instrument analyzes all captured images to detect the presence of cracks (in Fatigue Tests) or measure crack size (in Crack Growth Tests) accurately.

This objective analysis eliminates subjective interpretations and provides precise data for evaluating specimen performance. Researchers and engineers can gain valuable insights into material behavior and make informed decisions based on comprehensive crack analysis.

4. Comprehensive Test Parameter Control

The DeMattia Fatigue Tester - AI Cameraallows users to set test parameters at the beginning of each test, providing flexibility and customization options. Test parameters include:

  • Oscillation frequency (0 - 300 rpm)
  • Stroke (0 - 60 mm)
  • Test temperature (-40 - +200°C)
  • Total number of cycles (max 10,000,000)
  • Test modes (Fatigue, Crack Growth)
  • Illumination of the specimens
  • Identification of the 12 specimens
  • Frequency of image acquisition

This comprehensive control enables users to tailor tests to their specific requirements.

5. User-Friendly Operation and Control

Operating the instrument is simple and intuitive. Users only need to insert the 12 specimens and press the start button to initiate the test cycle. The instrument automatically adjusts the temperature, performs thermal conditioning, and records images of each specimen without interrupting the oscillation.

The control is facilitated through a 15'' touch-screen panel and a powerful software installed in the embedded PC, allowing users to set frequencies, temperatures, and the number of cycles, as well as analyze images and download them for further analysis.

6. Wide Temperature Range

This SMart Fatigue Tester features an environmental chamber that accurately controls the temperature range from -40°C to 200°C. This wide temperature range allows for testing under extreme conditions, providing insights into material behavior across a broad spectrum of temperatures.

7. Synchronized Image Acquisition System

The instrument is equipped with 6 high-resolution video cameras, each capturing images of two specimens simultaneously. A synchronized LED lighting system ensures optimal illumination of specimens, while software settings allow for exposure adjustments based on specimen colors.

The image acquisition and lighting are synchronized with the specimen's movement, providing consistent image positions without interrupting the instrument's operation. Users can set the frequency of image acquisition before and after crack identification, based on the characteristics of the tested product.

8. Comprehensive Data Management and Analysis

This next-level of DeMattia Fatigue Tester offers efficient data management and analysis capabilities. The instrument's internal memory can store up to 10,000 images, allowing users to view and analyze images related to each specimen in sequence.

The software provides automatic generation of movies for each sample, showcasing the specimen's evolution and the corresponding number of cycles. These movies can be downloaded via USB or LAN ports for further analysis, documentation, and sharing of results.

9. Versatile Instrument Regulation

The instrument's flexible regulation allows users to adjust various parameters to suit their testing needs. These adjustable parameters include test frequency (60 to 300 rpm), test stroke (0 to 60 mm), grip distance (up to 100 mm), and the number of cycles before automatic stop (up to 1,000,000). This versatility ensures compatibility with a wide range of testing requirements and materials.

10. Enhanced Safety and Reliability

The DeMattia Fatigue Tester - AI Camera prioritizes safety with its built-in safety features. Safety protection doors equipped with a safety switch, a safety push-button, a digital motor controller with torque overload control, and CE labeling ensure the safety of operators and reliable instrument performance.

The instrument offers a range of unique features and benefits that revolutionize temperature-controlled testing and crack analysis. The instrument empowers researchers, engineers, and manufacturers to achieve precise and reliable results in their material testing and product development endeavors.

Applications in Various Industries

The DeMattia Fatigue Tester - AI Camera is a game-changing instrument that has far-reaching implications for various industries. Its unique features and advanced technology make it an essential tool for researchers, engineers, and manufacturers seeking to improve material performance, reduce costs, and enhance product reliability.

1. Rubber and Elastomer Industry

The DeMattia Fatigue Tester - AI Camera is a game-changer for the rubber and elastomer industry. By providing detailed insights into the fatigue and crack growth behavior of these materials, the instrument empowers manufacturers to optimize product designs, enhance quality control, and ensure the durability and reliability of rubber components.

The ability to simulate real-world operating conditions through temperature control allows for more accurate evaluations, leading to improved performance and extended service life of rubber products.

2. Automotive Industry

In the automotive industry, this smart Fatigue Tester is invaluable for testing and validating rubber and elastomer components used in various vehicle systems. From suspension bushings and seals to hoses and gaskets, this instrument enables automakers to precisely assess the fatigue life and crack resistance of these critical parts.

By identifying potential failure points early in the development process, manufacturers can enhance safety, reduce warranty claims, and deliver more reliable and long-lasting automotive products.

3. Aerospace and Defense

The aerospace and defense sectors require the highest standards of material performance and reliability. The DeMattia Fatigue Tester - AI Camera's ability to conduct temperature-controlled testing and provide comprehensive data on fatigue and crack growth characteristics is particularly valuable for evaluating rubber and elastomer components used in aircraft, spacecraft, and military equipment.

Accurate assessments of these materials can lead to improved design, enhanced safety, and reduced maintenance requirements in mission-critical applications.

4. Consumer Goods

Even in the consumer goods industry, the next-level of DeMattia Fatigue Tester can have a significant impact. Rubber and elastomer components are prevalent in a wide range of consumer products, from sporting equipment to household appliances.

By using this instrument to analyze the fatigue and crack behavior of these materials, manufacturers can ensure the longevity and safety of their products, ultimately enhancing customer satisfaction and brand reputation.

5. Research and Academia

the DeMattia Fatigue Tester - AI Camera's advanced capabilities and comprehensive data outputs make it an invaluable tool for researchers and academic institutions. Material scientists, engineers, and students can leverage the instrument's ability to provide detailed insights into the fatigue and crack growth mechanisms of rubber and elastomer materials.

This can lead to the development of new formulations, the validation of theoretical models, and the advancement of fundamental knowledge in the field of material science.

Across these diverse industries, this smart Fatigue Tester's impact can be far-reaching. By enabling more accurate and reliable material testing, facilitating informed decision-making, and driving innovation, this instrument has the potential to transform product development, quality assurance, and research practices.


The next-level of DeMattia Fatigue Tester from Qualitest-Gibitre stands as a testament to innovation and technological advancement in the field of material testing. Its unique combination of features, including automated image capture, AI-powered crack analysis, and comprehensive data visualization, empowers researchers, engineers, and manufacturers across diverse industries to achieve unparalleled precision and efficiency in their testing endeavors.

The DeMattia Fatigue Tester - AI Camera is not merely an instrument; it is an investment in the future of material science and product development. Its advanced capabilities empower users to push the boundaries of innovation, deliver high-quality products, and contribute to a more sustainable and efficient future.

We invite you to explore the transformative potential of the DeMattia Fatigue Tester - AI Camera. Contact us today to learn more about this revolutionary instrument and how it can revolutionize your material testing and product development processes.