BK-BDT-002  SMT Welding Strength Push-Pull Instrumentation Testing Machine

Product Introduction:

SMT welding component thrust testing machine, inner lead tension testing machine, micro solder joint thrust testing machine, golden ball thrust testing machine, chip shear force testing machine, BGA matrix overall thrust testing machine, and multi-functional push and pull testing machine. A fully automated multifunctional push-pull testing machine designed for testing the strength of microelectronic wire bonding, adhesion between solder joints and substrate surfaces, and repetitive thrust fatigue testing of solder balls (internal wire tension testing, micro solder joint thrust testing, gold ball thrust testing, chip shear force testing, SMT welding component thrust testing, and BGA matrix overall thrust testing). The equipment is widely used in semiconductor packaging, LED packaging, smart card packaging, communication electronics, automotive electronics industry, as well as various research institutes, colleges and universities

Product features:

1. The four axis motion platform adopts imported transmission components to ensure high-speed and stable operation of the machine;

2. Dual joystick control for four-way machine movement, easy and fast operation;

3. The test data is displayed, saved, and printed in real-time on the computer in the form of waveform maps, bar charts, and data lists;

4. Multi channel data transmission, capable of real-time sending of test data to designated serial ports;

5. Three eye imaging microscope SZN0.67-4.5 * WF10X/22 with camera video display and replayable video;

6. It can automatically rotate and convert tensile testing, small range thrust testing, and large range thrust testing;

7. Fully automatic thrust software with high-precision 32 bits high-resolution AD converter, input coordinates can be fully automated for testing;

8. Three independent tests can meet different product testing requirements. The rotating disc is equipped with three non range testing sensors. According to testing requirements, the sensors automatically switch to the required testing station and use multi-dimensional force precision sensing technology to ensure testing accuracy. Each sensor adopts an independent collision and overload protection system to prevent accuracy deviation caused by operational errors.

Technical parameters:

1. Tensile testing accuracy: The sensor range can be selected according to the table below, with a comprehensive testing accuracy of 0.1%; 

(Different range sensors can be configured according to customer needs);

2. Low thrust test accuracy: The sensor range can be selected according to the table below, with a comprehensive test accuracy of 0.1%; 

(Different range sensors can be configured according to customer needs);

3. High thrust testing accuracy: The sensor range can be selected according to the table below, with a comprehensive testing accuracy of 0.1%;

 (Different range sensors can be configured according to customer needs);

4. The software is open for selection: pressure testing, thrust fatigue testing, chip height measurement, and arc height measurement;

5. X workbench: effective stroke 80mm; Resolution 0.001mm (larger travel can be customized according to customer needs);

6. Y workbench: effective stroke 80mm; Resolution 0.001mm (larger travel can be customized according to customer needs);

7. Z workbench: effective stroke 75mm; Resolution 0.001mm (larger travel can be customized according to customer needs);

8. Platform fixtures: The platform can share various fixtures, and the fixtures can rotate 360 degrees;

9. The four axis motion platform adopts imported transmission components to ensure high-speed and long-term stable operation of the machine;

10. Dual joystick control for four-way machine movement, easy and fast operation;

11. The machine comes with a computer and a Windows operating system, with simple software operation. 

The display screen can display 20 sets of test data and force distribution curves at once; And can export and save data in real-time;

12. Appearance dimensions: length 570mm * width 400mm * height 670mm;

13. Power supply: 220V ± 5% Power: 300W (max);

14. Drive: Adopting Japanese Panasonic servo motor drive, providing stable, wide adjustable speed drive, high speed, low vibration, and high-speed positioning.

15. Transmission: Adopting high-precision ball screw wheel transmission, high efficiency, high rigidity, small deformation, and low noise;

16. Guidance: Using chrome steel rods from South Korea for four column guidance, with excellent wear resistance and coaxiality;

17. Drive: It is driven by a Japanese Panasonic servo motor, providing stable, wide adjustable speed drive, high speed, low vibration, and high-speed positioning.

18. Displacement measurement: Using a Japanese LINE high pulse (10000r/p) photoelectric encoder to measure displacement, up to 0.0001mm;

19. Force measurement: Adopting imported high-precision explosion-proof tension and compression load cells, with an accuracy of 0.03% F.S