A. Correct selection: Prevent problems from the source1. Select the right model according to the working conditionsLoad capacity: Select bearings that can withstand the required radial load and axial ...
A shaft is a key component in a mechanical system, usually a cylindrical structure that transmits power, rotates, or supports other components. Shafts are usually mounted in bearings and can be fixed or rotated to support components such as gears, pulleys, couplings, etc.
FTM specializes in precision machining of shafts and produces customized shafts based on customer requirements and application scenarios. Below are some shafts categorized by their purposes.
Drive Shaft: Used to transmit power from one component to another, such as the drive shaft in a car, which transfers power from the engine to the wheels.
Rotating Shaft: Used to support rotating components, commonly found in motors, generators, and other machinery.
Main Shaft: The primary rotating shaft in a mechanical system, such as the spindle in a machine tool that secures and rotates cutting tools or workpieces.
Crankshaft: Commonly used in internal combustion engines to convert the linear motion of the pistons into rotational motion.
Linear Shaft: Used to support movement in a linear direction, often found in automation equipment and robotic arms.
FTM can customize shafts of various shapes and processes:
1.Processing Size: Between 10mm and 250mm
2.Surface Treatment: Zinc plating, black zinc plating, electrophoresis
3.Processing Techniques: Drilling, threading, grooving
4.Material Options: Stainless steel, bearing steel, carbon steel, alloy steel