If the prototype cost of our product is relatively small or if development time of our product does not really matter, due to no competition, then we may consider the vibration testing is not really relevant. But if our product is part of vital system in automotive where development time is getting shorter and crucial, or part of vital system in aerospace where prototype cost is relatively expensive and where safety has become very big issue, then having a vibration testing system may be considered as vital investment.

Calibration and maintenance help detect and solve potential problems, ensuring that the components are functioning at their peak efficiency—quickly, thoroughly, and accurately. The advantages of regular calibration and GSE service are significant. They ensure that your equipment is operating efficiently as well as promoting organization and consistency across all machines.

With the rise in importance of regulatory compliance, GSE (Ground Support Equipment) and Aircraft operators must ensure machine reliability and adhere to necessary legal and best practice standards. Certified technicians perform scheduled calibration and maintenance to give full equipment certification, including all paperwork required for audits and inspections.

Ideally, the vibration test fixture should be designed to be; As light as possible, and As stiff as possible. But in the real vibration testing world, there are a lot of constraint that we need to consider and then we need to find and optimum point, that can balance all required aspects such as cost, timeline, etc. In this article we are discussing some practical aspects that we may need to consider during the design process of our vibration fixture.

The Siemens Industry Software Simcenter engineers put the end-to-end durability solution to the test on the rough tracks of a German proving ground. The outcome is a step-by-step account of a test campaign that demonstrates the effectiveness of the solution. The story starts with a small but punchy electric sports vehicle that grew into a test vehicle for a condensed but complete durability measurement campaign.

A random vibration test is a test that simultaneously sends random vibrations that over time include the entire vibration test’s frequency range. Electronic and mechanical components may be mounted on an electromagnetic shaker table for the purpose of random vibration testing.

The shaker provides a base input to the test item. A control computer applies a random vibration signal to the shaker via a power amplifier. The shaker applies mechanical vibration to the test item. The shaker vibration is monitored by accelerometers. The accelerometers provide a feedback signal to the control computer.

A jig and fixture are work-holding devices used in machining operations as an agent of support. They secure, support, or mount a workpiece correctly on the parts of a CNC machine. They are very important since they aid smoother manufacturing operations and productivity among other advantages. In this article, you will learn about both Jigs and fixtures, their types, uses, and manufacturing.

Norseland has a diverse and versatile offering; providing cheese for every occasion from slices to large blocks and snacking portions. The breadth of their product range relies on a varied range of equipment to manufacture and produce products ready for their customers. Minebea Intec was chosen as their preferred supplier for a number of reasons; the durability of Minebea Intec products, the hygienic standards of the products, the aftersales service, and the ability to adapt products to their exact requirements. In response to these requirements, the WPL-A was manufactured to accommodate the label sizes required by Norseland and the WPL-S was adapted to fit into their existing line.

In the world of mechanics, precision is key. Before products and designs can go out into the world, engineers need to understand every possible facet of their work. How strong is it? How fast, flexible, and durable is it? The answer is to create tests that mimic potential conditions the design might face, to evaluate how well the design performs against them. One such test is one that we call mechanical shock testing. This test is critical to the safety of many different types of mechanical designs.

Data loggers are often used in environments where the temperature is vitally important. Food manufacturing and processing plants are two common scenarios that often use data loggers. Pharmaceutical storage and manufacturing facilities are another. In some circumstances, especially with pharmaceuticals, even almost infinitesimal errors can prove deadly. Regulatory agencies require equipment to be maintained regularly. Calibration certificates are routinely asked for during FDA inspections, for instance. For even more sensitive applications, ISO 17025 calibration may be necessary.

The process of selecting a climate test chamber is complicated since the proper selection is extremely beneficial in the perfecting and improvement of the production of products. The elements to consider when choosing the type of climate chamber include the specimens to be tested and the type of data required or the types of tests to be performed.

Vibration testing is a key part of quality control for many products. It helps ensure that products can withstand the rigors of shipping and handling, as well as everyday use. There are many different ways to measure vibration, but the most important thing is to choose a method that will give you accurate results.

Vibration analysis can help you understand the health of your machines, which is important for reducing maintenance costs and increasing productivity. Vibrations are not always visible, but they can be felt or heard. They can also cause damage or failure if left unchecked. If you’re looking for a way to identify problems before they become major issues, vibration analysis is an excellent tool that will help keep your equipment running smoothly while saving money on repairs down the road!

How do engineers figure out just how many potholes, mud puddles, bumpy gravel roads and kilometers of highway driving your car or truck can withstand over a lifetime? This is where road load data acquisition (RLDA) comes in. A critical starting point for successful vehicle durability engineering, RLDA is an excellent method for measuring the precise vehicle response either on public roads in the anticipated market or on proving grounds by replicating specific driving profiles.

As the use of lithium-ion batteries continues to grow, so does the need for reliable and safe testing methods. The chambers described in this article are just one example of how companies are working to ensure that their products meet the highest standards for safety and quality. By investing in reliable testing methods, companies can provide their customers with the peace of mind that comes from knowing that their products are safe and effective.

Load cells are devices that measure force or weight. They are often used in scales and other devices that need to measure how much something weighs. Load cells typically have four strain gauges that are connected to a Wheatstone bridge. This bridge produces a voltage that is proportional to the force being measured. In this article, we’ll explain what load cells are and how they work.

Our first response to the question about accelerometer calibration and intervals is to consider what is the cost of failure. If you make a measurement and you later find out the sensor (or measurement channel) was bad, what would be the cost of invalidating that data or retaking it (if even possible)? The costs could vary from nothing to immense.

Temperature testing is a process of testing electric vehicles in extreme temperatures to ensure that they can withstand the heat and cold. This is important because electric vehicles are powered by batteries, which are sensitive to temperature changes. By testing the vehicles in extreme temperatures, manufacturers can ensure that the vehicles will be able to withstand the rigors of real-world conditions.

MIL-STD-810G is a guide for performing environmental engineering tests and analyses. The standard establishes uniform laboratory and field methods for measuring the effects of environmental stresses on material, equipment, and systems. It is often used in the aerospace, automotive, and military industries. In this article, we will provide an overview of the standard and explain how to plan and carry out MIL-STD-810G testing.

Vibration shakers are versatile tools that can be used for a variety of purposes. Hydraulic vibration shakers are particularly useful for simulating real-world conditions and testing products under extreme conditions. If you're looking for a way to test your products under the most realistic conditions possible, a hydraulic vibration shaker is an excellent option to consider.

Maintenance is a process of ensuring that equipment or machinery is in proper and safe working condition. This can be done through regular servicing and repair, or by replacement of defective parts. However, preventive maintenance and calibration are two important aspects of maintenance that are often overlooked. In this article, we'll take a look at the benefits of preventive maintenance and calibration so that you can make an informed decision on whether or not to implement these processes in your business.