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Precision CNC Turning Services


CNC Turning

Overall, the precision of mechanical parts in North Carolina is high, so North Carolina mechanical parts are mainly used in the following industries
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    Space requires precise and repeatable components, including turbine blades in engines, tools for manufacturing other components, and even combustion chambers used in rocket engines.
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    Cars and Machinery
    The automotive industry must produce high-precision castings (such as auxiliary motors) or high durability parts (such as presses). Giant machines can throw clay for use in the car design phase.
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    Military Industry
    The military industry requires strict tolerances for high-precision components (including rocket components, barrels, etc.). All components of the military industry can benefit from the accuracy and speed of tools.
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    Medical Assistance
    These implants are usually designed to fit into the form of human organs and must be composed of advanced legends. Zbog nedostatka ručnih strojeva koje mogu stvoriti takve oblike, CNC strojevi su postali potrebna.
The energy industry covers all technical areas, from turbine heat to advanced technologies such as nuclear fusion. Hot turbines require high turbine turbines to maintain balance in the turbine. The shape of the plasma cavity for research and development in nuclear fusion is very complex and consists of advanced materials and requires CNC machine support.

What is cnc turning?

CNC Turning is a cutting method that uses the rotating motion of the workpiece as the main motion, the linear motion of the turning tool as the feed motion on the lathe to change the shape and size of the blank, and then process them into parts that meet the requirements of the pattern.

The Tool's Axes Of Motion May Actually Be A Straight Line, Or They May Follow A Set Of Curves Or Angles, But They Are Inherently Linear (In A Non-Mathematical Sense).

Components Affected By Turning Operations May Be Referred To As "Turned Parts" Or "Machined Components".   Turning Operations Are Performed On Lathes That Can Be Operated Manually Or Numerically Controlled.

In Turning, The Workpiece (A Relatively Rigid Piece Of Material Such As Wood, Metal, Plastic, Or Stone) Rotates And The Tool Moves Along 1, 2, Or 3 Axes Of Motion To Produce Precise Diameters And Depths.  Turning Can Be Performed On The Outside Or Inside Of A Cylinder (Also Known As Boring) To Produce Tubular Components Of Various Geometries.  Although Very Rare Now, Early Lathes Could Even Be Used To Produce Complex Geometries, Even Platonic Solids;  Although The Use Of Non-Computerized Toolpath Control For This Purpose Has Become Unusual Since The Advent Of CNCs.

Turning Can Be Done Manually With A Traditional Form Of Lathe, Which Often Requires Constant Supervision From An Operator, Or With An Automatic Lathe Where It Is Not Required.   Today, The Most Common Type Of Automation Of This Type Is Computer Numerical Control, Also Known As CNC.

Order high-quality cnc turning parts with Hongrui Model

Machining the inner and outer cylindrical surface, end face, conical surface, forming surface and thread of the workpiece.     And the workpiece with a cross-section of polygon (triangle, square, prism and hexagon, etc.) can be processed.

The turning accuracy we can do: generally IT8~IT7, and the surface roughness is 1.6~0.8μm.

1. Easy to ensure the position accuracy of each machining surface of the workpiece.
2. The cutting process is more stable to avoid the inertia force and impact force, allowing the use of larger cutting parameters, high-speed cutting, conducive to productivity improvement.
3. The tool is simple.
4. Suitable for non-ferrous metal parts finishing.