Production of electronic compression and bending integrated testing machine

Microcomputer controlled electronic folding integrated testing machinePurpose: This testing machine is mainly used to test the compressive strength and flexural strength of building materials such as cement mortar and concrete. Meet the national standard GB/T17671 "Method for Testing the Strength of Cement Mortar".

Equipment composition:

This testing machine mainly consists of three parts: the host, the measurement and control system, and the computer. During the experiment, the controller sends instructions to rotate the servo motor, which is then output to the ball screw of the press after being variable speed by the reducer. This drives the lower pressure plate to rise and fall at a selected speed. When the lower crossbeam rises, a compressive force or anti bending force is applied to the sample, and the sensor is compressed. The compressed output signal of the sensor is sent to the control unit, and the computer calculates the measurement results and draws the test curve.

Microcomputer controlled electronic folding integrated testing machineTechnical Specifications:

The microcomputer controlled electronic compression bending integrated testing machine is a multifunctional material testing equipment that integrates compression and bending (bending) testing functions. Through the use of microcomputer technology and electronic measurement systems, this testing machine can accurately test the mechanical properties of materials and is widely used in the field of mechanical property testing of various materials such as metals, non metals, and composite materials. Having high-precision loading, measurement, control, and data processing capabilities, it is one of the experimental equipment in research and industrial fields.

Application field

1. Building materials: used to test the compressive strength and bending strength of building materials such as concrete, cement, bricks, steel bars, and steel structures.

2. Metal materials: Suitable for testing the compression and bending properties of various metals and their alloys, such as iron, copper, aluminum materials, etc.

3. Plastic and rubber: used to determine the compression and bending properties of non-metallic materials such as plastic and rubber.

4. Composite materials: Suitable for testing the mechanical properties of new composite materials such as fiber-reinforced materials and composite panels.

5. Wood: Test the compression and bending properties of wood and its products.

6. Education and research: Used for teaching and research in the field of materials science and engineering in universities, research institutes, and other research institutions.

feature

1. Highly automated and intelligent: Using microcomputer control, the entire testing process can be automatically completed, including loading, holding, unloading, etc., and the test results can be automatically calculated and output.

2. High precision: By utilizing high-precision sensors and electronic measurement systems, accurate test data can be provided.

3. Easy to operate: equipped with professional testing software, user-friendly interface, convenient for operation and data processing.

4. Multi functional integrated design: integrates compression and bending (bending) tests to meet various testing needs, saving space and costs.

5. Safe and reliable: It has multiple protection measures, such as overload protection, emergency stop button, etc., to ensure the safety of the testing process.

6. Data processing and storage capabilities: It can display, analyze, and store data in real-time, facilitating later data queries and comparisons.