Delivery Time:20-30 working days
Certification:GB、ISO、ASTM、BS、DIN、JIS

Portable Electric Desktop Tensile Testing Equipment For Universal Material Testing

Quick Details

Power	Electronic
Usage	Universal material testing
Max load	200kg (2000N)
Measuring accuracy	the value of 1%
tester resolution	Max load 1 / 100,000, constant the resolution
Accurate grade	Grade of 1
Testing speed	from 0.5 to 500mm / min
Motor	Sevro Motor

2. Description

Computer Control Desktop Tensile Testing Machine a new material testing machine that combined with the electronic technology and mechanical transmission, it has accurate load speed, range of force measurement, Has high accuracy and sensitivity for the load, displacement measurement and control, This machine is simple to operate, simple structure, it can be directly placed on the testing table for test, especially suitable for controlling quality in production line. This series of machine is mainly applied to test the non-metallic and metallic materials which the load is less than 200kg.

3. Main Functions

Computer Control Desktop Tensile Testing Machine can be test all the material in tensile, compression, bending, shear, peel, tear, two-point extended (need add extensometer) and others for control products quality.

Such as textile, rubber, plastics, synthetic leather, tape, adhesive, plastic film, composite materials, electronics, metals and other materials. So its alias is universal material testing machine.

4. Main Feature

Computer Control Desktop Tensile Testing Machine adopted photoelectric encoder to measure the displacement, the controller uses the embedded single-chip microcomputer structure with multi-function software, which combined with measurement, control, calculation and storage. It can automatic calculate the stress, rate of elongation (need to add with extensometers), tensile strength, elastic modulus, automated statistical results; automatically recorded the biggest point, breaking point, the designated point value or the rate of elongation. Using computer to display the dynamic curves in the testing process and process the data, After testing, it can re-analysis and editing the data by amplifying the curves through the graphics processing module, printing reports, product performance reached the international advanced level.

5. Applicable Industry

Computer Control Desktop Tensile Testing Machine is widely used in wire and cable, hardware, electronic and electrical equipment, packaging, printing, medical equipment, auto parts, textiles and leather, clothing, shoes, rubber and plastic products, colleges and universities; research laboratories; inspection arbitration, technical supervision departments and many other industries, it is the basic equipment for quality management and physical tested.

6. Software Features

1. The software description:

A. function of standard modular: provide users with the necessary applications to the test, covering GB, ASTM, DIN, JIS, BS ... and other testing standard specification.

B. tested product information: provide users with the data to set about the products, one time to input and re-use permanently . for improving the accuracy, the data can be corrected by the formula automatically.

C. Dual-Report Editor: provide users with the reported format that users choose (testing program add EXCEL reported format, Extend the previous single pattern of statements)

D. the data’s unit of length and force can be exchanged, unit of force is T, Kg, N, KN, g, lb, unit of length is mm, cm, inch.

E. auto-optimization of graphic scale, display the best measurement of graphics. It can test the moving exchange in graphics. It has the load - displacement, load - time, displacement - time, stress - strain load -2 points extending maps, and lots of graph compared.

F. Test results can be output in EXCEL format.
G. testing result can be automatically preserved or manual preserved, after the test, it can automatically calculate the most strength, up and down yield strength, loop method, best method, non-proportional extended strength, tensile strength, compressive strength, tensile strength at any point, constant load extension, elastic modulus, rate of elongation, peel range of maximum force, minimum force, average force, total energy, bending modulus, X% load in break displacement,