With the continuous progress of suspension systems nowadays, there are more and more connecting rods, and the structure is generally much more complex. The angular requirements for four-wheel alignment are generally also increased. We need to choose a service shop with an advanced 3D four-wheel aligner as a prerequisite for high-quality four-wheel alignment. So, do you know what the functions and uses of the four-wheel aligner are? Now, let's follow the editor of Nantong Dongruan, a four-wheel aligner company, to find out.
I. Rodless measuring head
The rodless sensor is basically used in the principle of industrial electronic inclinometer for aerospace as the basis for measurement standards. Its advanced technical design is mainly aimed at reducing the inconvenience and errors caused by the left and right projection requirements of the traditional long-rod measuring head. The rodless measuring head can help the four-wheel aligner perform independent measurements, so we don't need to worry about the problem of left and right projection, which can make the measurement data more accurate.
II. Wireless transmission electronic wheel track measuring ruler
Nowadays, the vehicle tire modification trend is prevalent. After modifying the tires, the wheel track between the two wheels changes, but the original values on the four-wheel aligner do not change accordingly. The electronic wheel track measuring ruler can measure the wheel track after vehicle modification and transmit it wirelessly to the computing system for data change to provide the most correct measurement value.
III. Simultaneous display of multiple angles
If the four-wheel aligner manufacturer can supply products with graphics, data, and colors, etc., and implement up and down dual-color display to simultaneously show the measurement and adjustment results, it is more convenient for technicians to adjust the vehicle.
IV. Advanced transmission method
The main performance of a vehicle's four-wheel aligner is to provide chassis repair technicians with highly accurate measurement data, which can be used as data for adjusting the vehicle chassis. The key is whether the values supplied by the sensor are accurate. And a high-quality four-wheel aligner uses an advanced transmission system, which can ensure the accuracy of the measured data.
