With the continuous development of the suspension system, the crankshaft has become larger and larger, and the structure has become more and more complicated. The visual requirements of 4-wheel alignment have also been widely improved. We need to choose a service station with 4-wheel alignment instruments, which is a prerequisite for high-quality 4-wheel alignment. So, do you know what the functions and uses of dynamic 4-wheel alignment instruments are? Next, follow the 4-wheel alignment editor to learn about it.

1. Rodless precision measuring engine

Most of the rodless controllers are used in the principle of industrial electronic inclinometers in aerospace. As the basis of the measurement standard, its technical design is mainly aimed at reducing the inconvenience and error caused by the traditional long-rod measuring engine, which requires up and down projection. The rodless measuring engine can help the wheel aligner to perform independent measurement, so people don't have to worry about the problem of up and down projection, which can make the measurement information more accurate.

2. Wireless data transmission electronic wheelbase measuring ruler

Nowadays, car tire modification is popular. After the tire is modified, the wheelbase between the two wheels will change, but the original mark value on the dynamic wheel alignment instrument has not changed. The electronic wheelbase measuring ruler can measure the wheelbase after the vehicle is modified, and transmit the wireless data to the calculation system software for information modification to provide the correct measurement value.

3. Multiple simultaneous display interfaces

If the wheel alignment manufacturer can provide products with graphics, information and colors, etc., it can display the left and right dual colors to facilitate the measurement and adjustment results, which will be more convenient for technicians to adjust the car.

4.Transmission method

The main feature of a car's dynamic wheel alignment is that it can provide chassis repairers with relatively high-precision measurement information, which can be used as information for adjusting the car's chassis. The key is whether the value provided by the controller is accurate. In addition, high-quality wheel alignments use a technical transmission system to ensure the accuracy of the measured information.