Digital Tensile Testing Machine
Digital Tensile Testing Machine
Product Code : PDTST-07PERFECT Tensile Testing Strength Tester is electrically operated and is used to check the tensile strength. The accuracy of the machine is with in permissible limits as par IS:1828. The test specimen is held between two grips. The elongation is measured as the displacement. Models available from 10 kg-f to 5000 kg-f.
-Max. Capacity: 10/250/1000/5000kg-f (other on request).
-Readability/Least count: 0.001/0.01/0.1/0.1Kg-f.
-Accuracy: ± 0.1%.
-Peak hold locking.
-Units available in Kg & N.
-Maximum Traverse between grip to grip: 1000 mm (other on request).
-Grips inclusive as per the test specimen.
-AC drive for variable speed (Optional).
Specifications(Computerized):
-Computerized interface will allow you to see the breaking point value compressive length, graph for breaking point, Max. & min. Load value, Elongation etc.
-Company name, batch no., date & time, test no. etc. will be indicated in the report & can be saved in the computer for future.
-Latest version laptop & printer is included in this offer along with preinstalled genuine software you will work on.
-You can email/print test reports through software.
-Tensile testing machine will be fully operated through computer & all test results will be saved in system memory automatically.
-Graph between load-elongation/time-load.
*Touch screen model also available.
Such exclusive machines are specially designed to check the tensile strength in the specimens. There
are various aspects to measure for, such as ultimate tensile strength, yield strength, elongation and
modules. Our accomplished engineers design tensile test machines as per your needs and absolute
controllers, grips and accessories are carefully fitted in every unit of our tensile testing machine that
we manufacture.
Before going to select the suitable tension tester, first, you need to be specific about your product
geometry, such as size and strength aspects. Then, your mechanical engineers can select the test
machine capacity and required tensile grips to test the sample.
With state of art manufacturing unit, we are a prominent manufacturer and supplier of top quality
tensile testing machines in India. Many of the prominent manufacturing units in various industries
rely upon our tensile testing devices for such a purpose. Every device runs through stringent quality
testing and determination before it is packed for supply.
Advantages of Digital Tensile Testing
Accuracy
Digital tensile testing provides a high level of accuracy in measuring the tensile strength of various materials. The results are more reliable than those obtained through manual testing, where human error can easily occur. Digital testing also has the capability of recording more data points, which provides a more accurate picture of the behavior of the material under stress.
Efficiency
Digital tensile testing is much faster than manual testing. The automation of the process means that the machine can perform tests continuously, without the need for breaks or rest periods. This is a significant advantage, as it allows for quicker turnaround times and more efficient use of resources.
Repeatability
Digital tensile testing provides consistent results across multiple tests. This is important when testing new materials or performing quality control checks on existing materials. Repeatability ensures that the results obtained are accurate and reliable.
Data analysis
Digital tensile testing provides a wealth of data that can be used for further analysis. The data can be used to identify trends and patterns in the behavior of the material under stress. This information can be used to optimize the material properties and identify areas for improvement.
Safety
Digital tensile testing provides a safer testing environment. The automation of the process means that the machine performs the test without the need for human intervention. This reduces the risk of injury or error, providing a safer testing environment for operators.
Disadvantages of Digital Tensile Testing
Cost
One of the main disadvantages of digital tensile testing is the cost. Digital testing equipment is significantly more expensive than manual testing equipment. This can become a limitation for smaller companies or those who do not have many budgets.
Complexity
Digital tensile testing can be complex, requiring a higher level of technical expertise to operate and maintain. This can be a challenge for smaller companies or those without the necessary expertise in-house.
Maintenance
Digital tensile testing equipment requires regular maintenance to ensure that it continues to perform at an optimal level. This can be a significant expense, both in terms of time and money.
Calibration
Digital tensile testing equipment requires regular calibration to ensure that it is providing accurate and reliable results. This can be a time-consuming process, and if not done correctly, can result in inaccurate results.
Is Digital Tensile Testing Worth Buying?
Digital tensile testing can be a significant investment for any company. However, the benefits of digital testing, such as increased accuracy, efficiency, and repeatability, can outweigh the cost. The decision to invest in digital testing equipment will depend on the specific needs of the company.
If a company requires a high level of accuracy in its material testing, or if it performs a high volume of tests, digital testing can provide a significant advantage. The ability to collect and analyze large amounts of data can be a valuable tool in optimizing material properties and identifying areas for improvement.
On the other hand, if a company performs a limited number of tests, or if accuracy is not a critical factor, this testing equipment would be sufficient. As our testing equipment is less expensive and requires less technical expertise to operate and maintain.