Explore the cutting-edge semi-automatic online inspection technology for power battery electrode lugs with our state-of-the-art equipment. Designed to ensure precision and reliability, our battery inspection solutions detect the morphology of electrode lugs through advanced imaging techniques, providing unparalleled accuracy.

This machine is suitable for abrasion resistance test of various plastic products such as computers, mobile phones (P.D.A), MP3, CD/VCD/DVD, cordless phones, electronic dictionaries, etc.

It is mainly used for reciprocating fatigue test of arc spring or torsional spring in the specified torque range, reciprocating fatigue test in the specified Angle range, editing of fatigue test mode, alternating test of various modes, and static performance test of torsional spring.

The KPD-G (1221) high-frequency fatigue testing machine (referred to as the tester) is primarily used for testing the lifespan of compression coil springs, evaluating the operational limits of springs, and comparing various performance parameters, materials, and manufacturing processes of springs. The machine also has the capability to generate fatigue life test curves of springs at different frequencies by adjusting the vibration mass. In addition to testing springs, the machine can be used to test other elastic components with similar properties.

The mechanical spring fatigue testing machine is mainly used for the fatigue life testing of various spiral springs and drum-type shock absorbers used in automobiles, motorcycles, and other motor vehicles. Special fixtures can also be made to adapt to the fatigue testing of special samples.

This machine is suitable for life testing of buttons of small consumer electronic products such as mobile phones, telephones, car devices, PDAs, Bluetooth/hands-free headsets, TV remote controls/computer controllers, MP3/CDs, etc.

Discover the unparalleled fully automatic X-ray inspection technology for power stacked cells with our advanced equipment. Engineered to provide comprehensive detection, our solutions identify defects in battery electrode sheets and stacking deviations, ensuring high efficiency and scalability for batch inspections. With a modular design and seamless production line integration, our system offers automatic loading, unloading, and sorting of products. Equipped with self-developed lithium battery testing software, our technology ensures top-tier quality control and operational excellence.

Experience advanced detection for cylindrical batteries with our innovative solutions. Our equipment detects internal battery structures and electrode coatings, ensuring comprehensive inspection of negative electrodes and shell walls. Suitable for 18~26 series batteries, it features a high-speed transmission mechanism for efficient operation. The modular design allows for expansion, with automatic loading/unloading and seamless production line integration. Advanced features include automatic determination, data storage, and defect isolation, achieving full automation with a capacity of 60-120 PPM.

Explore our versatile non-destructive testing equipment, ideal for auto parts, casting, welds, aerospace components, and related industries. Designed to meet the diverse inspection needs of small to medium workpieces, thin-walled light workpieces, and thick gray cast iron, this equipment ensures precise and reliable detection of various defects in tires, wheels, and other castings, maintaining product quality and safety.

Our off-line X-Ray point system is designed to cover all resistance, capacitance, and IC materials, providing rapid and accurate counting and inventory management for a variety of material trays.

The tester is used to evaluate the fatigue of products or specimens by creating fatigue conditions that comply with reliability test requirements. This is an essential device for assessing durability and testing the limits of automotive components.

The CRY2301 is a compact, single-channel noise and vibration acquisition and analysis system. It offers real-time sound pressure level measurements, as well as advanced 1/1 octave, 1/3 octave, 1/6 octave, 1/12 octave, 1/24 octave, and FFT analysis capabilities, making it a versatile solution for a wide range of applications. ‍ In addition to the comprehensive analysis features, the CRY2301 provides useful data management functions. Users can save test curves and data to a database, and compare measured levels against predefined thresholds to perform automated judgments. ‍ The CRY2301 has been widely adopted in the mechanical manufacturing and household appliance industries for environmental noise monitoring and product sound pressure level testing. It is an invaluable tool for engineers and researchers working to characterize and optimize the acoustic performance of various products and systems. ‍