Computer servo double column tensile testing machine

APPLICATIONS

Deformation under defined load: Test deformation under defined load of tested sample

Load under defined deformation: Test load under defined deformation of tested sample

Software can issue report with results for max. force, elongation, tensile strength, peel strength, tear strength, compression strength, etc.

This machine can do different test as per customer requirement such as peel test, tear test, compression test, bend test with different clamps.

TEST STDANARDS

Tensile Test: ASTM D882 ASTM D 638 / ISO 527-1/2

Bend Test ISO-178 / ASTM D 790

Tear Test：ASTM D 624

Peel Test : ASTM D 3330

Compression Test : ASTM D 659

others...

DESCRIPTION

universal test equipment with 10T max force can do tensile test, tear test, peel test, bond test with different clamps for wire,metal,plastic,rubber and other kind of materials.

This universal test equipment uses the motor to drive screw to move fixtures. Fix sample between upper and lower fixture and pull sample by the upper fixture upward with specified speed. The load cell connecting with upper fixture will sense the force and then convert it into voltage sign to the display screen. Force value will be displayed automatically on the screen.

SPECIFICATIONS

The Computerized Servo Double-Column Tensile Testing Machine is a widely used device for testing the mechanical properties of materials, primarily used for conducting tensile, compression, bending, and other mechanical property tests. It utilizes a computer control system to precisely control the loading process, providing high-accuracy mechanical testing data and is commonly used in material research and development, quality control, and product testing.

1. Double-Column Structure Design:

• The double-column design ensures the stability and high load-bearing capacity of the testing machine, allowing it to bear large loads and reduce errors during testing.

• This structure enables the machine to handle larger specimens while maintaining high-precision testing results.

2. Servo Control System:

• Equipped with high-precision servo motors and control systems, it can accurately adjust load and displacement, ensuring precise control throughout the testing process.

• It supports multiple testing modes, such as constant-speed loading and constant-force loading.

3. Multi-functional Testing Modes:

• Tensile Testing: Mainly used for testing the tensile properties of materials such as metals, plastics, rubber, etc., including tensile strength, yield strength, and elongation.

• Compression Testing: Used to test materials' performance under compression, such as the compressive strength of concrete and metals.

• Bending Testing: Used to test the performance of materials under bending forces, suitable for testing the bending strength of construction materials, panels, etc.

4. High-Precision Measurement System:

• The testing machine is equipped with high-precision sensors (such as force sensors and displacement sensors) to monitor the material's deformation and load in real time, ensuring the accuracy of test data.

• Precision sensors provide real-time load and displacement data, assisting users in analyzing the material's mechanical properties quickly.

5. Automated Operation and Intelligent Analysis:

• The computer control system can automatically perform operations such as loading, unloading, and zeroing, simplifying the operating process and improving testing efficiency.

• The system supports automatic recording of test data, generating test reports, and providing intuitive test curves (such as stress-strain curves, load-displacement curves, etc.), making data analysis easier.

6. Wide Range of Applicable Materials:

• The device is suitable for testing the mechanical properties of various materials, including metals, alloys, plastics, rubber, fibers, composite materials, construction materials (such as concrete, steel bars, bricks, etc.), and electronic components.

• It can comprehensively assess the performance of both single materials and composite materials.

7. Safety Protection Design:

• The machine is equipped with multiple safety protection features, such as overload protection and limit protection, ensuring no hazards during testing.

• If any abnormal conditions occur during testing, the system will automatically alarm and stop the test, ensuring the safety of the operator.

1. Material Research and Development:

• During the development of new materials, the servo double-column tensile testing machine helps researchers evaluate the mechanical properties of materials, providing data support for new material applications.

2. Quality Control and Inspection:

• Used by manufacturing enterprises for batch quality control of materials, ensuring that products meet the required mechanical properties. It is commonly used in industries such as metals, plastics, and construction materials.

3. Product Testing:

• It is used to test the mechanical properties of various products, such as automotive parts, electronic components, and building materials, ensuring the reliability and safety of products in practical use.

4. Industrial Production:

• The machine is widely used in industries such as construction, aerospace, automotive, electronics, and machinery for raw material inspection and product quality testing.

5. Education and Research:

• The testing machine is also extensively used in universities and research institutions for teaching and research in fields such as mechanics and materials science.

The computerized servo double-column tensile testing machine, with its precise control system, stable structural design, and multi-functional testing modes, is capable of performing comprehensive and accurate tests on various materials' mechanical properties. Whether in laboratories, production lines, or research institutions, this equipment provides reliable data support for material performance testing, helping ensure product quality, enhance research capabilities, and strengthen material safety.