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(1) High Precision
● Straightness: Precision drive shafts typically achieve straightness of within 0.01mm/m, ensuring no offset or vibration during operation.
● Dimensional Tolerance: For example, diameter tolerances can be controlled within ±0.003mm, ensuring precise fitting with mating components.
● Roundness: The roundness of the shaft is strictly controlled to prevent eccentricity, ensuring smooth transmission.
● Surface Roughness: Surface finish is often controlled within Ra 0.4μm to reduce friction and extend service life.
(2) High Strength and Wear Resistance
● Precision drive shafts are commonly made from carbon steel, stainless steel, titanium alloys, or high-strength alloy steel.
● They undergo rigorous heat treatment processes (e.g., quenching, tempering) to achieve a surface hardness of HRC58-62, improving both wear resistance and fatigue resistance.
● Special surface treatments like chrome plating or nickel plating are often applied for enhanced corrosion resistance.
(3) Low Friction and High Stability
● The shaft surface is polished or coated to reduce friction during operation.
● It is often paired with components such as ball bearings or sliding bearings to ensure smooth and low-noise operation.
(4) High Load-Bearing Capacity
● Designed to handle high torque and axial loads, maintaining reliable performance even in demanding conditions.
1.Rough Machining
● Turning: Initial shaping of the shaft on a lathe.
2.Precision Machining
● CNC Machining: Ensures high dimensional accuracy using computer-controlled machines.
● Centerless Grinding: Improves straightness and surface finish.
● Roller Burnishing: Cold working of the shaft surface to enhance surface strength and hardness.
3.Heat Treatment
● Processes such as quenching and carburizing improve material hardness and wear resistance.
4.Surface Treatment
● Polishingeduces surface roughness.
● Coating: Such as chrome plating, enhances corrosion and wear resistance.
(1) Industrial Automation
● Used in machinery such as CNC machines, automated production lines, and robotic arms.
(2) Aerospace
● A key transmission component in aircraft engines and precision parts of spacecraft.
(3) Automotive Industry
● Applied in automotive drive systems, including drive shafts and steering shafts.
(4) Medical Equipment
● Utilized in precision medical devices (e.g., CT scanners) to achieve smooth rotational motion.
(5) Motors and Pumps
● Drive shafts are commonly used in motors, compressors, and hydraulic pumps.
● High Reliability: Maintains stable performance even in harsh environments.
● Long Service Life: Surface treatment and heat treatment processes extend the operating lifespan.
● High Efficiency: Low-friction design minimizes energy loss.
● Customization: Dimensions, materials, and precision levels can be tailored to meet customer requirements.
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