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Copper Bushing

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Copper Bushing
  • Copper Bushing

Copper Bushing

High Precision Automatic Lathe Parts Processing

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  • Specification
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  • The cam automatic lathe is used for processing. First, the outer diameter is processed with a cylindrical cutter of 55°R0.2 corner, then the tungsten-carbide bit is used for drilling, then the tungsten-carbide boring cutter is used for processing the inner hole, then the slot cutter is used for processing the outer groove, and then the CNC machining center is used for processing. First, the milling cutter is used for processing the four flat positions and the notch, and the 90° center drilling is used for centering, then the tungsten-carbide bit is used for drilling, and then the tap is used for processing the thread.
    Cam Automatic Lathe Processing, High Efficiency, Low Cost, Can Come To The Picture To Sample Personalized Batch Customization This Product Is Used For Medical Treatment
    Material:  environmental protection brass
    Surface treatment:  smooth surface + no burr
    Length:  16
    Tolerance:  plus or minus 0.01mm (high precision screw threads do not slip)
    Outer diameter:  13mm 

Ningbo Yi Yi Precision Technology Co., Ltd.

Ningbo Yi Yi Precision Technology Co., Ltd. is leading China High Precision Automatic Lathe Parts Processing suppliers and OEM/ODM High Precision Automatic Lathe Parts Processing company, a combination of industry and trade enterprises, including Ningbo Xinhaocheng Precision Parts Co. With 1000 square meters of production plant and 30 employees. Its 2 companies focus on centering machine processing, production of precision non-standard parts, and has advanced imported equipment from Japan: STAR and Tsugami 5-9 axis centering machine, Citizen lathe, machining center and other equipment. The machine has the function of six-axis turning processing, which can complete drilling, turning, milling, tapping, boring, reaming, hobbing, shaping, etc. at one time, which can ensure the high precision, consistency and stable tolerance of shape of the parts. And according to the customer's needs, the power cutting tool function module with front and side milling function can be installed to complete the precision machining of complex shaft parts.

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We regard quality as our life. From quotation, customer order, equipment, material, production, surface treatment, to inspection, to final packaging, every step must be perfect.

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If you need it, please contact us!

We regard quality as our life. From quotation, customer order, equipment, material, production, surface treatment, to inspection, to final packaging, every step must be perfect.

  • Address:

    No. 8, Xuyang Daokou South Road, Daqi, Beilun District, Ningbo City, Zhejiang Province, China.

  • Phone:

    +86-18991368108/13736075594

  • Fax:

    +86-0574-86110696

  • Email:

    Grace@YY-Precision.com

Industry knowledge extension of this product

What is copper bushing

A copper bushing, also known as a copper bearing or copper sleeve, is a type of cylindrical bearing made from copper or a copper alloy. It is used to reduce friction between two moving parts or surfaces. Copper bushings are commonly used in various industrial applications, machinery, and equipment where there is relative motion between components.
Copper bushings are known for their excellent thermal conductivity, corrosion resistance, and good load-carrying capacity. They are typically made by casting or machining copper or a copper alloy into the desired shape. Copper alloys such as bronze, brass, or bronze with additives like tin, aluminum, or zinc may be used to enhance specific properties.
The primary purpose of a medical treatment copper bushing is to provide a low-friction interface between two parts, allowing smooth and efficient movement while minimizing wear. The bushing is usually inserted into a housing or a support structure, and the rotating or sliding component fits inside the bushing. This arrangement helps to reduce friction, vibration, and noise generated during operation.
Copper bushings are commonly used in applications such as automotive engines, electric motors, pumps, turbines, compressors, conveyors, and many other mechanical systems. They offer durability, high load capacity, and resistance to wear, making them suitable for heavy-duty and high-speed operations.