3 Step Guide to configure Material Testing Machine


The material testing is one of the most usually used processes in the engineering world with several factors considered before choosing the right and suitable tensile testing system for an application.
However, there are only 3 simple questions to ask before choosing a test machine, fixtures, grips, and software.

1 – List specific test to be performed and the material you want to measure



Tensile testing systems are also called Universal Testing machines. They are able to perform a wide variety of measurements on any material. Tensile stresses can be applied to materials to determine the tear, shear, tensile properties, and adhesion properties to name a few.

2 – Measure the force required to perform the desired test with the material testing machine

Many materials tests require increasing the applied force to the material until it fails. The force essential is complex to respond unless the mechanical property of the material and the sample dimension is clearly understood and well-defined. Tensile testing system prices varies with force capacity, that is why it is important to select a machine large enough meet your testing objectives while not being costly and oversized.

3 – Material and dimension characteristics


The material testing system or universal testing machines comes in a wide range of architectures and actuator displacement ranges. Also, in order to get an approximate value of actuator travel to be used, multiply the gage length used during testing by the percentage of strain at specimen failure. This will give you a minimum acceptable range.


After you answer all these three questions to configuring the tensile testing system for your application, you are ready to go. If you are looking for quality tensile testing machine system then, visit our official website now! http://tensiletestmachines.com

.
Location: United States

Comments

Post a Comment

Popular posts from this blog

What is the importance of metal testing through Metal Testing Machine?

Image
Metal testing is the most major sort of mechanical testing with tensile and flexion tests. The Metal tests are utilized to distinguish a material's behavior under applied smashing loads and are generally conducted by applying compressive pressure to a test example utilizing specific installations on a general testing machine. Why Perform a Metal Test? Metal testing permits manufacturers to evaluate the reliability and safety of materials and products during several phases of the manufacturing processes. The potential applications can vary from strength testing. Materials that exhibit high tensile strength tend to exhibit low Metal strength. Therefore Metal testing is often used on brittle material such as metals, plastic, and ceramic. In the Metal TestingMachine , each Metal tester is designed to your test requirements by our application engineers with the correct controller, grips, and accessories. Due to our standard machine design, Metal test machines can also be prepared ...
Read more

Guide to configure Materials Testing Machine in 3 steps

Image
The Materials Testing Machine is one of the most commonly used equipment in the engineering world. Tensile testing is quite common; there are several factors considered before choosing the tensile testing system for an application. There are only 3 simple questions to ask before choosing a test machine, fixtures, grips, and software. Q. 1 – What are the specific test you are going to perform and the material you want to measure? Materials Testing Machine Materials TestingMachine are also called Universal Testing machines. They can perform a wide variety of measurements on any material. Tensile stresses can be applied to materials to determine the tear, shear, tensile properties, and adhesion properties, to name a few. Q. 2 – What is the force required performing the desired test with the tensile testing system? Many tensile tests require increasing the applied force to the material until it fails. The force required is difficult to answer unless the mechanical pro...
Read more