In an era of increasing digital threats and data breaches, safeguarding sensitive information has never been more critical.

In an era where environmental responsibility is no longer optional but essential, organizations are increasingly turning to robust environmental management frameworks.

As the world’s most widely recognized quality management standard, ISO 9001 provides a solid foundation for building efficient processes that lead to sustained success.

At AscendTech, we offer Self-Study ISO Certification Courses powered by PECB, designed to provide you with the flexibility and credentials needed to boost your career and enhance your organization's performance.

In today’s fast-paced pharmaceutical industry, precision, flexibility, and efficiency are more critical than ever. Manufacturing facilities are constantly looking for solutions that not only streamline their processes but also ensure the highest standards of accuracy. One excellent example is the mobile weighing system developed by Minebea Intec, combining Combics 3 indicators with high-resolution platforms.

In the world of engineering and product design, accurately predicting and mitigating noise, vibration, and harshness (NVH) issues is critical. Two powerful tools that engineers use to address these challenges are Impact Frequency Response Function (FRF) and Virtual Point Transformation (VPA).

Calibration services and measurement are critical components of many industries, including healthcare, transportation, and manufacturing. Calibration refers to the process of verifying and adjusting the accuracy of measurement equipment, while measurement involves quantifying a physical property, such as length, mass, or temperature. In this article, we will explore the importance of calibration services and measurement.

NVH (noise, vibration, and harshness) prediction is a critical process in the automotive industry to ensure customer satisfaction, safety, and compliance with regulatory requirements.

Vibration accelerometer sensors play a crucial role in a wide range of applications, from monitoring machinery health to enhancing the performance of consumer electronics. Ensuring these sensors function accurately is vital for reliable data collection and analysis.

In the dynamic world of manufacturing, achieving efficiency and maintaining high quality are paramount. One of the key elements in attaining these goals is the effective use of jigs and fixtures.

The rapid growth of e-commerce has revolutionized the way consumers purchase goods. This shift, while convenient for consumers, poses significant challenges for businesses, particularly in ensuring products arrive at their destinations intact. One crucial solution to mitigate these challenges is adhering to ISTA 6 compliance for packaging.

Thermal comfort within vehicle cabins is a critical aspect of automotive design, influencing both the user experience and the efficiency of climate control systems. Traditional methods of assessing and improving thermal comfort have been largely empirical, relying on extensive physical testing.

In the era of Industry 4.0, the integration of smart technologies into industrial operations is not just a trend but a fundamental shift in how businesses maintain operational efficiency and reliability. Among these technologies, vibration sensors play a pivotal role, especially in the realms of predictive maintenance and condition monitoring across various industries.

Load cells are critical components in various industries for accurate weight measurement. These devices convert the mechanical force exerted by an object into an electrical signal, serving as the heart of electronic scales and other weighing systems.

Test fixture resonance. Prior to test, a test fixture survey should be conducted to ensure that the structural characteristics of the test fixture do not introduce uncontrollable resonances into the test setup. The survey may be experimental or analytical. If problematic resonances are identified, modifications should be made to the test fixture to shift the resonance beyond the frequency range of the test or to dampen the resonance in order to minimize the effect on the test.

Acoustic Testing is performed to determine if the material can resist the specified Acoustic environment. It must resist this environment without degradation of its functional performance and/or structural integrity. Acoustic Testing or Acoustic Emission Testing is the measurement of sound emissions radiating from the equipment under test. In other words, how loud is the equipment?

FALCON allows making immediate use of the benefits of condition based maintenance: the Accurex™ automatic diagnostic works instantly based on the first measurement. Faults detected are available right in front of the machine such enabling interaction with the user (bearing lubrication, temperature control…) and optimization of the maintenance process. Based on the ISO 10816 standard and on ONEPROD 30+ years of experience, FALCON’s built-in automatic diagnostic module provides unbeatably relevant and reliable results.

NVH, which stands for Noise, Vibration, and Harshness, is the study of the noise and modification vibration characteristics of vehicles and is basically a measure of how much unpleasant aural and tactile feedback the vehicles deliver as you drive. NVH testing enables early recognition of NVH phenomena, which can then be avoided early during the development stage of the powertrain. This later makes driving in the production vehicle more comfortable and serves to avoid complaints and a loss of image.

Multi-Axis Vibration Testing, an advanced method in vibration testing, challenges the traditional Single Axis (Uniaxial) Vibration Shaker. While uniaxial testing mimics real-world conditions to some extent, it fails to replicate the simultaneous vibrations a product experiences in its end-user environment. Multi-axis vibration testing involves shaking a sample along three orthogonal axes (X, Y, Z), providing a more comprehensive evaluation of a product's response to vibrations. This approach is proven to yield different responses, influencing fatigue damage distribution and failure modes.

A vibration sensor is a device that measures the amount and frequency of vibration in a given system, machine, or piece of equipment. Vibration sensors can be used to give maintenance teams insight into conditions within key assets that might lead to equipment failure, allowing them to predict the maintenance of the machinery, to reduce overall costs and increase the performance of the machinery.