Product Overview: Smoke sensitivity response threshold test, repeatability test, consistency test, response threshold calibration. Developed with advanced German technology, high quality sensor and smoke generating device.

Product Overview: Response threshold test, consistency test, repeatability test, azimuth test, power-up test, power parameter fluctuation test, ambient light interference test, calculation of response threshold ratio.

The MirXT-160 is a cutting-edge 3D X-ray inspection system tailored for advanced wafer technology, SMT, packaging inspection, semiconductor, and laboratory applications. It excels in detecting solder/tin voids and bonding wire issues commonly found in the SMT and semiconductor manufacturing processes within the electronics industry. The system effectively identifies packaging defects such as offsets, wire cross short circuits, flip-chip solder ball issues, wire breakage, and detachment.

Our advanced detection system is designed specifically to identify welding defects in electronic components, ensuring high-quality standards for various applications.

Experience the precision and reliability of our X-ray detection system, designed for use in semiconductor, SMT, DIP, and various electronic component inspections, including IC, BGA, CSP, and flip chips.

Mechanical spring fatigue testing machine is mainly used for the fatigue life test of all kinds of spiral springs and drum-type shock absorbers used by automobiles, motorcycles and other motor vehicles. Spring fatigue testing machine is mainly composed of four parts: frame, mechanical supporting mechanism, transmission mechanism and fixture . By adjusting the lifting of the lead screw to meet the requirements of different size specifications of the specimen, According to the technical requirements of the spring, adjust the amplitude and frequency. A temperature box can be added for a fee to perform fatigue life tests on springs at different temperatures.

The mechanical spring fatigue testing machine is primarily used to test the fatigue life of spiral springs and drum-type shock absorbers used in automobiles, motorcycles, and other motor vehicles. The machine can also be equipped with special fixtures to accommodate the fatigue testing of specific samples.

This machine is primarily used for the fatigue testing of various compression helical springs, tension springs, and small disc springs with a total load of less than 5000N and a testing space of less than 400mm. With the appropriate tooling, it can also perform fatigue tests on torsion springs. Additionally, a temperature chamber can be added to test the spring's lifespan at different temperatures.

This machine is equipped with 6 clamps to test the bending strength of wires, plug leads, and wires used in accessories for the mobile phone and communication industries. The testing method involves fixing the sample on the clamp and applying a specific load. During the test, the clamp swings back and forth. After a certain number of cycles, the breakage rate is checked; or when the power supply fails, the total number of swings is recorded. The machine features automatic counting. When the sample bends to the point where the wire breaks and power can no longer be supplied, it will automatically stop operation and sound an alarm.

Our advanced X-ray detection system is engineered for semiconductor, SMT, DIP, and a variety of electronic components, including ICs, BGA, CSP, and flip chips, delivering unparalleled precision and efficiency.

Discover our high-performance inspection system, designed to meet universal inspection requirements with a strong penetrating ray source and HD FPD, ensuring comprehensive and accurate detection for various applications.

Our advanced inspection equipment is specifically designed for detecting BGA and chip components, nickel plate detection on metal plates, and FPC welding parts. It efficiently calculates bubble percentages, measures size and area, and analyzes internal defects such as low tin and virtual soldering in products.