CCD Wheel Alignment Duke Guan Armour E767B

Wheel Alignment Duke Guan Armour E767B: Functions and features 1. The measurement accuracy is up to 0.01° (the highest accuracy in the same kind of product). 2. Infrared 8-beam CCD (Charge Coupled Device) is a full loop measurement system. 3. Bluetooth sensors have anti-jamming function that guarantees the stable running of the system under complex working conditions. 4. Customer-feedback reminder: timely reminds users to report, review and follow up system performance so that the manufacturer can provide personal service to each user in time. 5. Special taxi inspection mode, enhance the taxi running efficiency. 6. Black box function, record the working information, enhance the solution efficiency. 7. The front toe sensor and obliquity display are visible and convenient without the remote controller (9 screens display). 8. 3D animation demo system makes operations easy to learn. 9. The main board with the high-performance CPLD (Complex Programmable Logic Device) chip dramatically speeds up calculation, simplifies the printed circuit board and reduces the failure rate. 10. Recognizes the ultra-low chassis automatically, convenient for checking the cars with ultra-low chassis or streamlined shape cars. 11. Two-lift adjustment function. 12. Independent front wheels alignment function. 13. Voice function, easy to operate even if the people with little or no experience. 14. Probe self-check function, warning automatically when finds any deviation. (International leading technology). 15. Platform adjustment function, it can be used to adjust the platform deviations caused by any kinds of lift or even the pit to ensure the measurement precisely. 16. Golden Eye drive-in location system: a large and wide vision LCD screen displays the exact position of the car via wide-angle camera. (Patent) 17. A large LCD screen with high resolution and quality image. 18. The super large cabinet based on the creative concept of fighter aircraft to show the cool and luxurious. 19. Adjustment demo function, easy to self-teach.