Wuhan Zhongke Innovation Technology Co., Ltd. products

HS PA20-Ex Ultrasonic Flaw Detector is a phased array flaw detector with 32/128 detection channels, which can solve more complex phased array detection problems, Real-time analysis of inspection data, which is more suitable for ultrasonic inspection requirements of complex structures or materials, Such as electric fusion welding PE pipe, hot melt welding PE pipe; steel skeleton PE pipe electric fusion welding; composite material inspection, etc.

Application area: Various rim/wheel set production bases and maintenance bases.

Small type C-scan automatic detection equipment (including sound field test).

The HS610e digital ultrasonic flaw detector is the basic model of the HS61X family series. The appearance adopts an ergonomic "book-style" design, with a jog dial to achieve one-button operation, which can meet your routine daily applications.

HS620 Ultrasonic flaw detector is the latest upgraded version of HS600, which adds large-capacity memory to realize the integration of ultrasonic testing, thickness measurement and continuous dynamic data recording.

The HS 811 TOFD detector is a special ultrasonic time-of-flight diffraction detection equipment upgraded on the basis of the original HS810. It has achieved more expansion on the basis of inheriting the stable, simple and practical characteristics of the HS810.

HS900H is a hand-held multifunctional machine integrating piezoelectric guided wave detection, electromagnetic ultrasonic guided wave detection and thickness measurement.

HS900L electromagnetic ultrasonic low-frequency guided wave detector is an electromagnetic guided wave detector that does not require grinding, coupling, long transmission distance (up to 300m), and high detection efficiency.

The HS 1030 electromagnetic ultrasonic stress detector is a stress measurement technology based on orthogonally polarized transverse wave acoustic time difference. The greatest advantage is non-contact measurement. It does not require couplant and has no delay error caused by the coupling layer. It can realize more precise measurement of the transverse and longitudinal stress inside the material.