Servo Computerized Fully Automatic Torque Testing Machine

TH-8201 series universal testing machine is mainly used for testing non-metallic polymer materials, solar photovoltaic modules and other samples of tensile, compression, bending resistance, shear, peel, tear, welding strength and other mechanical tests. TH-8201 series universal testing machines are designed and manufacture according to ASTM, ISO, DIN, GB and other international standards.    

TH-8100 Series Universal testing machines consists of power-driven energy and sturdy dual-column structures with excellent load frame stiffness. Our universal testing systems deliver high-speed data sampling so you can save time during analysis. Mainly used for testing non-metallic polymer materials, solar photovoltaic modules and other samples: tensile, compression, bending, shear, peeling, tearing, welding strength and other mechanical tests.

  Test item:This testing machine is mainly used for testing solar photovoltaic modules and other samples: tensile, stripping, tearing and other precision mechanical tests.Applicable industry:The testing machine is mainly used in solar photovoltaic industry, colleges and universities, scientific research laboratories, commodity inspection arbitration, technical supervision and other departments.

TH-8203 series universal testing machines are designed and manufacture according to ASTM, ISO, GB and other international standards.Test item:Mainly used for testing electronic materials, hardware, solar photovoltaic modules and other samples: tensile, compression, bending resistance, shear, peel, tear and other precision mechanical tests.Applicable industry:It is widely used in plastic film, solar photovoltaic, wire and cable, adhesive products, electronic products, textile materials and other industries, colleges and universities, scientific research laboratories, commodity inspection arbitration, technical supervision and other departments.

Test item:This testing machine is mainly used for testing rubber, plastic, cable and other material samples of tensile, peeling, tearing and other precision mechanical testsApplicable industry:This series of testing machine is widely used in rubber products, plastic products, wire and cable, electronic products, textile materials, clothing products and other industries, universities, research laboratories, inspection and arbitration department, technical supervision and other departments.

TH-8201SH testing machine is mainly used to test non-metallic polymer materials, solar photovoltaic modules and other samples; Tensile, compression, bending resistance, shearing, stripping, tearing, welding strength and other mechanical tests. At the same time, it can be tested and data processed according to GB, ISO, JIS, ASTM, DIN and various standards provided by users.

TH-8000 series is mainly used in mechanical manufacturing, iron and steel metallurgy, auto parts, hardware tools, fasteners, building materials and other industries products tensile, structural strength, anti-compression, anti-shear and other mechanical test

Applicable industry:It is widely used in plastic film, solar photovoltaic, wire and cable, adhesive products, electronic products, textile materials and other industries, colleges and universities, scientific research laboratories, commodity inspection arbitration, technical supervision and other departments.

Functions of the fully automatic insertion and extraction force testing machine: It solves the fixture problems for various connector tests, and during the test, the male and female connectors can automatically align without any issues of being skewed. This machine is suitable for testing the insertion and extraction forces of various connectors. When combined with the automatic centering device, it can provide accurate insertion and extraction force tests. Using WINDOWS, the interface in Chinese can be set, making the operation simple and convenient. All data can be stored (test conditions, displacement curve graph, life curve graph, inspection reports, etc.)

Servo Computerized Fully Automatic Torque Testing Machine is composed of a loading system, a transmission system, a digital data acquisition and processing system, and a computer measurement, control and display system. It is suitable for static mechanical performance tests of metal materials, non-metal materials, and various components such as transmission shafts and half shafts. 

  Test item:This advanced Automatic Photovoltaic Cell/Module Four-point Bending Test Machine specializes in executing highly precise mechanical tests, such as accurately assessing the multi-grid peel strength of solar photovoltaic modules. It stands as an epitome of precision engineering tailored for solar technology.Applicable industry: This impressive series of testing machines serves as a cornerstone in various fields, prominently in the solar photovoltaic industry. It is also indispensable for colleges, universities, cutting-edge scientific research laboratories, commodity inspection and arbitration entities, as well as technical supervision departments, offering unmatched precision and reliability.

Product Overview:The TH-8800 Series Electronic fatigue testing machine adopts full digital force, displacement, and speed three-loop control during the testing process. It uses Japanese Panasonic AC servo motors and control drive systems, with servo electric cylinders for transmission, aiming to achieve the best transmission efficiency and cost-effectiveness. It features low noise, energy saving, cleanliness, high rigidity, impact resistance, ultra-long lifespan, and simple operation and maintenance. It can work without faults for a long time in harsh environments and has a protection level of IP66. The electric cylinder can work in complex environments with only regular grease lubrication, and there are no easily damaged parts that require maintenance and replacement. Compared to hydraulic and pneumatic systems, it reduces a large amount of after-sales service costs. At the same time, a front and rear sensing limit switch can be installed on the cylinder body, which cooperates with the servo motor system and motion control system to improve system safety.The body is made of high-strength steel plates connected together, with sufficient rigidity and strength to bear the working load. It has a wide working space, facilitating operation. The column is installed on the test work flat base, allowing for free adjustment of the working level surface. The outer surface of the equipment is painted.Product performance features:1. Utilizing electronic servo and torque motor drive technology, it boasts high efficiency, long lifespan, low noise, and no maintenance requirements.2. The testing machine adopts a "vertical tabletop structure" which ensures good dynamic stability. The upper and lower components of the testing platform are convenient, flexible, safe and reliable.3. User interface: The testing software can be operated under the Windows system. The microcomputer system can complete test settings, work status control, data acquisition, and calculation processing. The simple and reliable human-computer interaction interface and data processing interface can complete different experimental requirements selected by users, display and print test results.4. Open data structure: Both result parameters and process data allow users to call randomly. This is very convenient for research and teaching.5. Multiple protection measures: In case of sample damage, tooling fracture, or equipment failure, the test will automatically stop and an alarm will be triggered. During the automatic control of the test, the testing machine has various electrical protections such as overload, over-angle, over-temperature, electronic limit protection, overcurrent, overvoltage, etc. In the software part, there are also protections such as overload, mechanical mandatory safety limit protection, etc.

The Dynamic Torque Testing Machine can conduct dynamic high and low cycle fatigue tests, program-controlled fatigue tests, as well as static tests under constant rate, constant strain, and constant stress control, and various conventional mechanical performance tests. It can also perform fracture mechanics tests. According to requirements, it can also conduct partial vibration and impact tests. It can also test the fatigue life, crack propagation, fracture toughness performance of materials or components in a wide range, evaluate the safety of actual test pieces, and simulate working conditions. Through the configuration of corresponding accessories and testing software, it can be used for various materials' crack propagation fracture mechanics and other various mechanical tests.

The TH-5605 Automotive Interior Decoration Flame Resistance Testing Machine complies with GB8410, the American standard FMVSS571.302, and DIN7520 "Combustion Characteristics of Automotive Interior Materials". The sample is horizontally clamped on the U-shaped bracket. In the combustion chamber, the free end of the sample is ignited with a flame of the specified height for 15 seconds. Then, determine whether the flame on the sample goes out, as well as the distance the sample burns and the time it takes to burn that distance. Interior materials include single materials or laminated composite materials used for automotive interior parts, such as seat cushions, seat backs, seat covers, seat belts, headrests, armrests, movable folding roofs, all decorative panels, instrument panels, storage boxes, interior cargo shelves, or rear window sills, curtains, and floor coverings.