The DRK101C tensile testing machine is a mechatronics product. It adopts modern mechanical design concepts and ergonomics design principles, and uses advanced dual-CPU microcomputer processing technology for careful and reasonable design. It is a novel design, easy to use, A new generation of tensile testing machine with excellent performance and beautiful appearance. product details Features 1. The transmission mechanism adopts the ball screw, the transmission is stable and accurate; the imported servo motor is adopted, the noise is low, and the control is precise 2. Touch screen operation display, Chinese and English interchange menu. Real-time display of force-time, force-deformation, force-displacement, etc. during the test; the latest software has the function of real-time display of tensile curve; the instrument has powerful data display, analysis and management capabilities. 3. Using 24-bit high-precision AD converter (resolution up to 1 / 10,000,000) and high-precision weighing sensor to ensure the rapidity and accuracy of instrument force data collection 4. Adopt modular integrated thermal printer, easy to install and low failure. 5. Obtain the measurement results directly: After completing a set of tests, it is convenient to directly display the measurement results and print statistical reports, including the average value, standard deviation and coefficient of variation. 6. The degree of automation is high, the instrument design uses advanced domestic and foreign devices, and the microcomputer performs information sensing, data processing and action control. It has the characteristics of automatic reset, data memory, overload protection and fault self-diagnosis. 7. Multifunctional, flexible configuration. Applications Suitable for tensile performance testing of plastic film, composite film, flexible packaging materials, adhesives, adhesive tapes, stickers, rubber, paper, plastic aluminum panels, enameled wires, non-woven fabrics, textiles, waterproof materials, triangle belts and other products . It can also achieve 180-degree peeling, 90-degree peeling strength, heat sealing strength, and constant elongation. Tests such as constant elongation and length value; elongation space 700mm (customizable) desktop type, optional inkjet printer. Changing the configuration of the instrument can be widely applied to the measurement of other materials, such as paper, chemical fiber, metal wire, metal foil, etc. Measure the tensile strength, tensile strength, elongation, breaking length, tensile energy absorption, tensile index, and tensile energy absorption index of the film, especially for sensing tiny values. Measure the tensile strength, tensile strength, peel strength and elongation of aluminum foil and aluminum-plastic tape. Measure the tensile strength, elongation and tensile modulus of plastic film. Measure the heat-sealing strength, tensile strength and peel strength of food bags. Measure the adhesive strength, edge sealing strength, tensile strength and elongation of sanitary napkins. Measure the peel strength and tensile strength of pressure-sensitive adhesive tapes. Measure the breaking strength and elongation of synthetic filaments. Measure the smoothness of the zipper. Technical Standard The instrument complies with many national standards: GB/T4850-2000, GB8808, GB/T 1040.3-2006, GB/T17200, GB/T2790, GB/T2791, GB/T2792, QB/T2358 Product parameter

Index	Parameter
Specification	100N 500N 1000N 5000N (optional one)
Precision	Better than 0.5 level
Force Resolution	0.1N
Deformation Resolution	0.001mm
Test Speed	1-500mm/min (stepless speed regulation)
Number of Samples	1 item
Sample Width	30 mm (standard fixture) 50 mm (optional fixture)
Specimen Holding	Manual
Journey	1000 mm (customizable)
Dimensions	500mm(L)×300mm(W)×1700mm(H)
Power Supply	AC 220V 50Hz

Product configuration A host computer, a communication cable, a power cord, four rolls of printing paper, a certificate, and a manual Remarks: optional computer control system. Note: Due to technological progress, the information will be changed without notice. The product is subject to the actual product in the future.