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Home > products > CNC Machining Gears > Mechanical CNC Machining Gears Stainless Steel Parts For Aerospace

Mechanical CNC Machining Gears Stainless Steel Parts For Aerospace

Product Details

Place of Origin: China

Brand Name: None

Certification: ISO9001

Model Number: None

Payment & Shipping Terms

Minimum Order Quantity: 10000

Price: Negotiable

Packaging Details: General industrial packaging

Delivery Time: 5 weeks

Payment Terms: T/T

Supply Ability: 5000 per week

Get Best Price
Highlight:

aerospace CNC Machining Gears

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Stainless Steel CNC Machining Gears

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aerospace stainless steel machining parts

Accuracy Grade:
DIN 6
Application:
Industrial Machinery
Hardness:
HRC 45-50
Lead Time:
3-5 Weeks
Material:
High-quality Steel
Module:
Customizable
Packaging:
Customizable
Pressure Angle:
20 Degrees
Production Process:
CNC Machining
Surface Roughness:
Ra0.8
Surface Treatment:
Heat Treatment
Tolerance:
±0.01mm
Tooth Number:
Customizable
Tooth Profile:
Spur Gear
Accuracy Grade:
DIN 6
Application:
Industrial Machinery
Hardness:
HRC 45-50
Lead Time:
3-5 Weeks
Material:
High-quality Steel
Module:
Customizable
Packaging:
Customizable
Pressure Angle:
20 Degrees
Production Process:
CNC Machining
Surface Roughness:
Ra0.8
Surface Treatment:
Heat Treatment
Tolerance:
±0.01mm
Tooth Number:
Customizable
Tooth Profile:
Spur Gear
Mechanical CNC Machining Gears Stainless Steel Parts For Aerospace

Machine processing of gears is a common machining process used to manufacture transmission components in various mechanical devices. Gears achieve mechanical transmission through the meshing of teeth and are commonly found in automobiles, construction machinery, aerospace, and other fields. The main uses of gears include:

  1. Power transmission: Gears can transmit speed from one component to another, facilitating speed variation in mechanical devices.

  2. Torque amplification: By meshing gears, torque can be transmitted from one shaft to another, increasing or decreasing its magnitude.

  3. Directional change: Gears are also used to change the direction of transmission, allowing mechanical devices to operate in different directions.

The challenges in gear machining mainly include:

 

  1. High precision requirements for tooth profile: The precision of the gear's tooth profile directly affects the smoothness and efficiency of the transmission. Therefore, gear machining requires strict control of tooth profile precision.

  2. High surface hardness requirements: Gears endure significant loads during operation, necessitating high surface hardness and wear resistance. This imposes specific requirements on the machining process.

  3. High precision machining requirements: Gears require high precision in tooth profile and pitch to ensure transmission efficiency and stability.

  4. High machining costs: Due to the complexity of gear machining, the process is relatively costly, necessitating consideration of the rationality and cost-effectiveness of the machining process.

Item Value
Place of Origin China
Brand Name None
Model Number None
Material Customized
Process CNC machining, Plastic injection molding, Laser cutting
Surface treatment Customer Required
Application Used Widely
Service Customized OEM
Size Customized Size
Package Customer Requirement
MOQ 1 PCS
Tolerance 0.01-0.05mm
Design XF/CAD Files/Drawings/PDF/Blueprints/Sample pieces
Lead time 2-4 weeks
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