$ 1650.00Ex works
Maximum test force 5000N, Accuracy grade 0.5, support tensile compression bending shear and other test modes, using servo motor and precision ball screw drive, Stability and high control accuracy.
Category : Tensile Testing Machine
Brand : LUGONG
SKU : NB049225
Service :The delivery and service By NBCLab.Com
Lugong STD5000 single-arm Universal Testing Machine is suitable for measuring the mechanical properties and related physical parameters of various materials under stretching, compression, bending, shearing, tearing, disbonding, puncture and other states. It can perform stretching, compression, three-point bending, four-point bending, shearing, tearing, disbonding, finished shoe puncture, carton holding pressure, foam cyclic compression, spring tension and compression and various dynamic and static cyclic tests, and can test and provide data according to GB, ISO, DIN, ASTM, JIS and other domestic and international relevant standards.
1. Mechanical process structure: The main frame consists of a base, a column and a precision ball screw to form a Floor-Standing structure; the drive loading system adopts a servo motor, a planetary gear reducer and a synchronous toothed belt reducer to drive the high-precision ball screw to rotate, and then drive the moving beam to achieve loading. Beautiful shape, Stability, rigidity, high control accuracy, high work efficiency, low noise, energy saving and environmental protection. 2. Control and measurement system: user rights hierarchical management mode; has a powerful test management function; powerful data and Linear dispersion analysis function; the convenience of report editing; the test unit can be arbitrarily set according to the needs; multiple protection mechanisms; test data reminder storage to avoid the loss of test data caused by accidents; multi-language one-click switching; using USB or serial communication, data transmission is stable and reliable, and anti-interference ability is strong.
The drive loading system adopts servo motor, planetary gear reducer and synchronous toothed belt reducer to drive the high-precision ball screw to rotate, and then drives the moving beam to realize loading. The data collection and analysis are carried out through the control and measurement system.
Material mechanical performance test, finished shoe puncture test, carton holding pressure test, foam cycle compression test, spring tension and compression test, dynamic and static cycle test
GB、ISO、DIN、ASTM、JIS
1. Set user permissions and test parameters. 2. Select the type of test (e.g. tensile, compression, etc.). 3. Start the servo motor drive loading system. 4. Linear dispersion analysis and data collection. 5. Store test data and generate reports.
• Ensure that the power supply is single phase 220 +/- 10% VAC, Frequency 50Hz. • Avoid accidental power outages to prevent loss of test data. • Customize Effective Stretch or Compression Travel and Dimensions as required. • Pay attention to anti-interference when using USB or serial communication.
Suitable. The Egong STD5000 has a maximum test force of 5000N and achieves an accuracy of 0.5 grade, allowing for precise measurement of the mechanical properties of metal materials during the tensile process, such as yield strength and tensile strength. It supports various standards including GB, ISO, and ASTM, ensuring that your test data complies with industry norms.
Yes. The STD5000 single-column tensile testing machine features a cyclic testing function, making it suitable for durability assessments of elastic materials like foam. It offers an effective compression stroke of up to 700mm and a wide displacement speed control range (0.01–500mm/min), enabling precise simulation of repeated compression scenarios that foam experiences in practical use to test its fatigue performance.
Important, especially for precision components. An accuracy class of 0.5 means minimal errors in the displayed test force, ensuring reliable test results. With a full-range resolution as high as ±1/300,000, the instrument can sensitively capture even the slightest changes in force. This is crucial for analyzing the elastic modulus of materials in their initial stages or detecting subtle defects, helping you obtain more accurate data for research and development or quality inspection.
