Armature Shafts

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MOQ : 100 Pieces

Armature Shafts Specification

Cutting Speed
60 m/min

Spindle Speed
3000 rpm

Coating
Nickel plated surface

Load Capacity
Up to 200 Nm

Method
CNC turning & grinding

Thread Type
Metric, fine thread

Machine Type
CNC Lathe, CNC Grinding Machine

Weight
0.35 kg

Shape
Cylindrical with stepped profile

Type
Solid shaft

Tolerance
0.01 mm

Surface
Polished, ground finish

Use
For electric motor armatures

Application
Used in automotive, industrial, and power tools

Usage & Applications
Electric armature shaft, rotating assemblies

Armature Shafts Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash Against Delivery (CAD)

Supply Ability
Piece

Sample Available
Yes

Main Domestic Market
All India

About Armature Shafts

Armature Shafts

Developed & manufactured to perfection, our company is considered as one of the renowned manufacturers and suppliers of Armature Shafts. Our manufactured shafts are top notch in quality and resistant to scratches & rust. Our wide range of shafts is available in market so as to meet diverse demands of our clients from automobile industries. Armature Shafts are easy to use and have anti-corrosion nature. We make sure that these are tested at various levels before going in the market for you to use.

Further Details:

This armature shaft can be installed in any automobile model with great ease and is also durable as well as precise.

Precision Machining for Reliable Performance

Each armature shaft undergoes meticulous CNC turning and grinding, achieving extremely tight tolerances to guarantee consistency and fit. The polished, ground finish enhances both the aesthetics and the functional longevity, ensuring that the shaft excels in demanding environments such as electric motors and rotating assemblies. Nickel plating adds further protection against corrosion and wear.

Versatile Applications Across Industries

Engineered to meet the rigorous demands of electric motors, these armature shafts find uses in automotive systems, industrial equipment, and power tools. Their robust solid design and dependable load capacity make them suitable for high-performance, continuous-duty applications. With metric fine threads and a stepped cylindrical shape, assembly and integration are both straightforward and secure.

FAQs of Armature Shafts:

Q: How are these armature shafts manufactured for high precision?

A: These shafts are produced using advanced CNC lathe and grinding machine processes, allowing for exact dimensional control and a tolerance of 0.01 mm. CNC turning and grinding guarantee consistent accuracy, surface finish, and profile for reliable performance in electric motor assemblies.

Q: What industries commonly use these precision armature shafts?

A: These shafts are utilized across automotive, industrial machinery, and power tool manufacturing due to their solid construction, reliable load capacity, and compatibility with electric motor armatures and rotating assemblies.

Q: When should nickel-plated armature shafts be chosen over standard finishes?

A: Nickel-plated shafts offer enhanced resistance to corrosion and wear, making them ideal for situations where long-term durability and exposure to challenging environments are expected, such as in industrial motors or outdoor equipment.

Q: Where are these CNC-machined armature shafts manufactured?

A: These shafts are produced in India, leveraging state-of-the-art CNC technology and adhering to global quality standards in armature and rotating assembly manufacturing.

Q: What is the process for achieving the polished, ground surface finish?

A: After initial CNC turning, the shaft undergoes precision grinding, producing a smooth, polished surface. This process improves aesthetics while reducing friction and wear in operation, critical for electric motor performance.

Q: How does the fine metric thread benefit assembly and usage?

A: Fine metric threads allow for secure connections in assemblies, increasing installation reliability and resistance to loosening caused by vibration or rotational loads, thereby supporting the shafts rated load capacity of up to 200 Nm.

Q: What advantages do these shafts offer in electric motor armature applications?

A: Their exacting tolerances, solid stepped profile, and robust load capability ensure efficient, quiet, and long-lasting operation, minimizing maintenance and maximizing the life cycle of electric motor-driven systems.

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