3D Laser 4 Wheel AlignmentMeasuring principle:

Four target reflectors are installed on the rims of the vehicle respectively. The wheel is rolled and the camera continuously shoots the geometric figures on the target reflectors. The computer analyzes and calculates the changes of the geometric figures to obtain the corresponding positioning parameters of the wheel and chassis, which are then displayed on the display screen.

This technology mainly adopts the basic principles of physical perspective and computer information processing technology.

3D laser 4 wheel alignment measurement advantages:

1.Higher precision and more powerful functions

Its accuracy can be as accurate as 0.1mm\/0.01 degree;

In addition to all traditional parameters, it can also measure wheel deviation, wheel deviation and other distance parameters, and easily achieve many functions that CCD and laser locators cannot complete, such as single wheel alignment, toe lock measurement, air suspension vehicle positioning, etc.

2.Easier operation

The measurement is not affected by the levelness of the platform, and the accuracy is not affected by the tilt of the vehicle body;

All parameters can be measured just by pushing the car or rolling the wheels;

No need for regular calibration, it can be moved and used at will.

3. Extremely low failure rate

The target reflector has no electronic components, no batteries, no data transmission, and only serves to reflect the image;

The main frame is a metal frame, and the cross beams are mostly cast, which has strong corrosion resistance and pressure resistance;

Computers are mostly high-end brand configurations to accommodate large data processing and have more stable performance.