High-strength portable motorcycle wheel balancer balance bracket base

What are the components of a motorcycle tire balancer calibration stand?

1. Main stand frame:
Material: Usually made of steel or aluminum alloy, with sufficient strength and stability to support the tire and wheel.
Function: Supports the entire tire and wheel to keep it stable during calibration. Usually a U-frame or H-frame to ensure that there is no external interference during calibration.

2. Axle (balance shaft):
Material: High-precision steel or aluminum alloy, with a precision-machined surface to ensure minimal friction during rotation.
Function: The wheel is mounted on the axle through the center hole, and the axle ensures that the wheel rotates freely on the balancer to detect unbalanced parts.

3. Roller/support bearing:
Material: Usually high-quality ball bearings or linear bearings to ensure smooth and unobstructed rotation of the tire and wheel.
Function: Used to support the axle to ensure smooth, low-friction movement when the tire rotates to improve the accuracy of the balance test.

4. Adjustable support feet:
Material: Steel or aluminum, some support feet have rubber pads to enhance stability and prevent slipping.
Function: Used to adjust the height and level of the bracket to ensure that the entire device can remain stable on different work surfaces. Adjusting the support feet can also help correct the levelness of the bracket.

5. Positioning fixture:
Function: Used to fix the center position of the tire or wheel to ensure that the tire does not shift during the calibration process.

6. Scale ruler:
Function: Some high-end balancer brackets are equipped with scale rulers for more precise adjustment of the tire position.

7. Balance hammer (calibration accessory):
Function: By adding or removing the balance hammer, the weight distribution of the wheel is corrected to balance the tire.

8. Level meter:
Function: Some balance brackets are integrated with a small level meter to ensure that the bracket remains horizontal when in use, further improving the accuracy of calibration.

9. Fastening device：
Generally consists of locking screws or clamps to guarantee that the shaft and other components of the bracket may be securely fastened and remain in place while in operation, guaranteeing the equipment's stability.