Tensile Strength Test Machine with Custom Test Programs - Tailored to Your Specifications

Specification

The core value of the tensile strength tester with customized test program, as the key equipment for the evaluation of the mechanical properties of materials, lies in the ability to flexibly adjust the test parameters and processes according to the specific needs of the user, so as to realize the accurate measurement of the tensile properties of materials. The following is an in-depth analysis of this equipment:

Working Mechanism Analysis

The tester is driven by a built-in electric motor to move the movable beam vertically, applying gradually increasing tensile force to the specimen fixed between the fixtures. During this process, the specimen will deform, and the force sensor captures and records the change in force value of the specimen in real time. At the same time, a photoelectric encoder accurately measures the displacement of the movable beam. This critical data is transmitted to a computer system, processed and visualized on a display for subsequent data analysis and calculation.

Flexibility to customize test programs

Customized test programs give the user great operational freedom. Through the friendly software interface, users can flexibly set the test speed, load threshold, data collection density and other key parameters according to the characteristics of the test material, the purpose of the test and the standard requirements. In addition, the program supports the selection of various test modes (e.g., constant speed stretching, variable speed stretching, etc.), adapts to different shapes and sizes of fixtures, and allows the user to customize the test termination conditions (e.g., reaching a specific load value, displacement, or specimen fracture, etc.), thus ensuring the accuracy and efficiency of the test process.

Wide range of applications

These testers are invaluable in a wide range of applications:

Material R&D and production: In the R&D process of metals, plastics, rubber and other materials, they are used to evaluate key performance indicators such as tensile strength, yield point, elongation at break, etc., and provide data support for material modification and formulation optimization.

Industrial quality control: in machinery manufacturing, electronic and electrical appliances, automobile manufacturing and other industries, as an important means of product quality testing, to ensure that products comply with the relevant standards and specifications.

Scientific research and education: in colleges and universities, scientific research institutions, as the core equipment for experimental teaching of mechanics of materials, to help students intuitively understand the behavior of mechanics of materials, and cultivate experimental skills and scientific research capabilities.

Technical highlights of the equipment

High-precision Measuring System: Adopting high-precision force sensors and displacement sensors to ensure the accuracy and reliability of the test data.

Intelligent operation interface: Equipped with LCD touch screen monitor, the operation is intuitive and convenient, supporting real-time data monitoring and test process playback.

Modular fixture design: Provide a variety of fixture options to quickly adapt to different shapes and sizes of specimen testing needs.

Powerful data processing capability: Built-in professional software supports data export, charting, report generation, etc., which is convenient for users to carry out in-depth data analysis and results presentation.

Standardized Operation Procedure

In order to ensure the accuracy and repeatability of the test results, users need to follow the following standardized operating procedures:

Specimen preparation and installation: according to the test standards and specimen characteristics, select the appropriate fixture and correctly install the specimen to ensure that the specimen in the tensile process of uniform force.

Parameter setting and calibration: Set the test parameters through the software interface and calibrate the force transducer and displacement transducer to ensure the accuracy of the measurement system.

Starting test and monitoring: After confirming that all settings are correct, start the test program and pay close attention to the test process to ensure the validity and safety of the test data.

Data Analysis and Report Output: After the test, use the software to process and analyze the test data, and generate a detailed test report containing key performance indicators, charts, conclusions and other content.