Material Mechanics Testing Equipment-Product-Aihua

The automatic sample cutter is one of our factory’s main products, employing a diamond circular blade to cut and collect samples from various non-metallic solids. It is particularly well suited for cutting and sampling rock and ore, construction concrete, and refractory bricks, and is an essential piece of equipment for sample preparation in industries such as petroleum, geology, coal, metallurgy, construction, and transportation.

Double-End Surface Grinding Machine SCM-200

The double-end face grinding machine is an essential piece of primary equipment for preparing standard specimens used in mechanical testing of various non-metallic solids, such as rocks, ores, and concrete. When used in conjunction with the core drill and rock cutting machine produced by our factory, this machine can precisely fabricate cubic or cylindrical test specimens to your exact specifications. It is suitable for use in colleges and universities, as well as in departments related to water conservancy and hydropower, geology and mineral resources, transportation, and construction.

Microelectromechanical Hydraulic Servo Split-Type Pressure Testing Machine DYE-3000S

The system employs high‑precision digital servo valves with force closed‑loop control, enabling constant‑load‑rate loading. It boasts high control accuracy and excellent reliability, fully meeting the testing requirements for materials such as cement and concrete as specified in standards like GB, ISO, and ASTM—making it particularly well suited for applications that require long‑duration operational testing.

Microelectromechanical Hydraulic Servo Pressure Testing Machine DYE-3000S

The DYE-3000S Micro-Electro-Mechanical Hydraulic Servo Pressure Testing Machine employs a hydraulic power source and electro-hydraulic servo control technology, coupled with computer-based data acquisition and processing, to deliver high‑precision material testing equipment capable of closed‑loop control and automated testing. The machine consists of four main components: the testing frame, the oil source (hydraulic power unit), the measurement and control system, and the testing fixtures. Its maximum testing force is 3000 kN, and the testing machine’s accuracy grade exceeds Class 1.

Microelectromechanical Hydraulic Servo Split-Type Pressure Testing Machine DYE-3000S

The system employs high‑precision digital servo valves with force closed‑loop control, enabling constant‑load‑rate loading. It boasts high control accuracy and excellent reliability, fully meeting the testing requirements for materials such as cement and concrete as specified in standards like GB, ISO, and ASTM—making it particularly well suited for applications that require long‑duration operational testing.

Digital Electric Lead Screw Testing Machine DYE-3000

This instrument features electrically driven hydraulic loading, force measurement via a sensor, digital display of force values, printer output of force data, and automatic calculation of tensile strength. The loading speed must be controlled manually and is equipped with a loading speed indicator, peak hold function, and overload protection. It is an essential testing and inspection device for engineering institutions involved in construction, building materials, highway bridges, and related fields.

Microelectromechanical Hydraulic Servo Split-Type Pressure Testing Machine DYE-2000S

The system employs high‑precision digital servo valves with force closed‑loop control, enabling constant‑rate loading at a specified load rate. It boasts high control accuracy and excellent reliability, fully meeting the testing requirements for materials such as cement and concrete as stipulated in standards like GB, ISO, and ASTM—making it particularly well suited for applications that require long‑duration operational testing.

Microelectromechanical Hydraulic Servo Pressure Testing Machine DYE-2000S

The system employs high‑precision digital servo valves with force closed‑loop control, enabling constant‑load‑rate loading. It boasts high control accuracy and excellent reliability, fully meeting the testing requirements for materials such as cement and concrete as specified in standards like GB, ISO, and ASTM—making it particularly well suited for applications that require long‑duration operational testing.

Microelectromechanical Hydraulic Servo Split-Type Pressure Testing Machine DYE-2000S

The system employs high‑precision digital servo valves with force closed‑loop control, enabling constant‑rate loading and offering high control accuracy and excellent reliability. It fully meets the testing requirements for materials such as cement and concrete as specified in standards like GB, ISO, and ASTM, and is particularly well suited for applications requiring long‑duration operational testing.

Microelectromechanical Hydraulic Servo Universal Material Testing Machine WAW-600B

This series of testing machines is primarily used for tensile, compressive, and bending tests on metallic materials, and is equipped with a cold‑bending attachment for conducting cold‑bending tests on metal specimens. As such, these testing machines meet the experimental needs of research institutions, construction contractors, metallurgical plants, mechanical manufacturing facilities, and laboratory departments in various types of schools.

Digital Universal Material Testing Machine WE-600B

This series of testing machines is primarily used for tensile, compressive, and bending tests on metallic materials, and is equipped with a cold‑bending attachment for conducting cold‑bending tests on metal materials. As such, these testing machines meet the experimental needs of research institutions, construction contractors, metallurgical plants, mechanical manufacturing facilities, and laboratory departments in various types of schools.

Microelectromechanical Hydraulic Servo Universal Material Testing Machine WAW-300B

This series of testing machines is primarily used for tensile, compressive, and bending tests on metallic materials, and is equipped with a cold‑bending attachment for conducting cold‑bending tests on metal specimens. As such, these testing machines meet the experimental needs of research institutions, construction contractors, metallurgical plants, mechanical manufacturing facilities, and laboratory departments at various types of schools.

Digital Universal Material Testing Machine WE-300B

This series of testing machines is primarily used for tensile, compressive, and bending tests on metallic materials, and is equipped with a cold‑bending attachment for conducting cold‑bending tests on metal materials. As such, these testing machines meet the experimental needs of research institutions, construction contractors, metallurgical plants, mechanical manufacturing facilities, and laboratory departments at various types of schools.

HZ-20 Concrete Drilling and Core Extraction Machine

HZ-20 Concrete Core Drilling Machine – This machine is one of the HZ series diamond engineering drills, also known as a highway drilling machine or concrete core drill. It is powered by a gasoline engine, offering quick start-up and reliable operation, making it suitable for locations without electrical power and for large-diameter engineering drilling applications.

Digital Display Electric Lead Screw Testing Machine DYE-2000

This testing machine is used to determine the compressive strength of building materials such as bricks, stones, and concrete. The machine features electrically driven hydraulic loading, force measurement via sensors, digital display of force values, printer output of force data, and automatic calculation of compressive strength.

Fully Automatic Flexural and Compressive Strength Testing Integrated Machine DYE-300-10S

This testing machine is primarily used for flexural and compressive strength tests on cement mortar, and is widely employed in the construction industry. With its compact design and simple operation, it is an indispensable piece of equipment for cement plants, construction engineering units, quality inspection stations, and colleges and universities.

Microelectromechanical Hydraulic Servo Universal Material Testing Machine WAW-1000B

This series of testing machines is primarily used for tensile, compressive, and bending tests on metallic materials, and is equipped with a cold‑bending attachment for conducting cold‑bending tests on metal materials. Consequently, these testing machines meet the experimental needs of research institutions, construction contractors, metallurgical plants, mechanical manufacturing facilities, and laboratory departments at various types of schools.

Digital Universal Material Testing Machine WE-1000B

This series of testing machines is primarily used for tensile, compressive, and bending tests on metallic materials, and is equipped with a cold‑bending attachment for conducting cold‑bending tests on metal materials. Consequently, these testing machines meet the experimental needs of research institutions, construction contractors, metallurgical plants, mechanical manufacturing facilities, and laboratory departments in various types of schools.

Cangzhou Aihua Instrument Technology Co., Ltd.