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High Precision CNC Turning Parts for Bicycles
-The material used is AL6061-T6, and the finish is natural anodizing.
-For precision CNC turning machining parts, the MOQ is 2500 PCS and the lead time is 30 days.
-The general tolerance of the precision CNC turning lathe parts is +/-0.05MM, with a surface finish of diamond knurling.
-JST has extensive experience in manufacturing a variety of high precision CNC turning lathe parts, with a maximum diameter of below 25mm.
-If you have any inquiries regarding high precision CNC turning machining parts, please feel free to contact us for a quotation. We believe JST will be your best choice.
High Precision CNC Turning Parts for Bicycles
-The material used is AL6061-T6, and the finish is natural anodizing.
-For precision CNC turning machining parts, the MOQ is 2500 PCS and the lead time is 30 days.
-The general tolerance of the precision CNC turning lathe parts is +/-0.05MM, with a surface finish of diamond knurling.
-JST has extensive experience in manufacturing a variety of high precision CNC turning lathe parts, with a maximum diameter of below 25mm.
-If you have any inquiries regarding high precision CNC turning machining parts, please feel free to contact us for a quotation. We believe JST will be your best choice.
AL6061-T6 is an aluminum alloy that is used because of its high strength to weight ratio. This makes the material suitable for applications where components need to be lightweight but must have strength. Due to the alloy composition, the structural integrity is not lost and weight is reduced.
AL6061-T6 has a good resistance to corrosion. This is important for applications when parts may be exposed to moisture or other types of corrosive materials. The property allows the components to have a longer service life and the maintenance requirement is lowered.
AL6061-T6 superior machinability allows it to acquire very intricate shapes with high positional accuracy. These properties are required for the production of components designed for specific applications that require high-precision characteristics. The alloy can be machined into parts where complexity is very high and tolerances are extremely tight, which are typical requirements of high-tech engineering applications. The characteristic surface finish achieved by machining AL6061-T6 is generally smooth and even, a positive factor for applications in which surface topography plays a critical role; for example, aerospace or automotive parts where aerodynamics and reduced friction are significant.
The AL6061-T6 weldability is another notable advantage it has allowed the fabrication of more significant structures by joining smaller components. Such properties are very useful for those processing activities which require large parts but are to be made from smaller manageable pieces. Good weldability of the alloy ensures such joins to be strong and reliable regarding the ultimate structural integrity of the final product.
AL6061-T6 is an aluminum alloy that is used because of its high strength to weight ratio. This makes the material suitable for applications where components need to be lightweight but must have strength. Due to the alloy composition, the structural integrity is not lost and weight is reduced.
AL6061-T6 has a good resistance to corrosion. This is important for applications when parts may be exposed to moisture or other types of corrosive materials. The property allows the components to have a longer service life and the maintenance requirement is lowered.
AL6061-T6 superior machinability allows it to acquire very intricate shapes with high positional accuracy. These properties are required for the production of components designed for specific applications that require high-precision characteristics. The alloy can be machined into parts where complexity is very high and tolerances are extremely tight, which are typical requirements of high-tech engineering applications. The characteristic surface finish achieved by machining AL6061-T6 is generally smooth and even, a positive factor for applications in which surface topography plays a critical role; for example, aerospace or automotive parts where aerodynamics and reduced friction are significant.
The AL6061-T6 weldability is another notable advantage it has allowed the fabrication of more significant structures by joining smaller components. Such properties are very useful for those processing activities which require large parts but are to be made from smaller manageable pieces. Good weldability of the alloy ensures such joins to be strong and reliable regarding the ultimate structural integrity of the final product.
These parts are integral to the manufacturing of critical engine components and transmission systems, where high tolerances and exceptional strength are not just desirable, but essential for performance and safety.
The engine parts, such as camshafts, crankshafts, and connecting rods, need high-stress temperature-appropriate materials because the external working conditions involve high stresses and high temperatures. Due to better strength and being heat-treatable, AL6061-T6 alloy fits perfectly for such applications. In addition to this, these parts come with a natural anodizing finish, which further improves their life by adding an extra layer that resists wear and corrosion and thus can survive even the most severe conditions.
Transmission systems also benefit from the use of these high precision parts. The intricate gears and shafts within transmissions need to operate with minimal play and maximum durability. The +/-0.05MM tolerance of our CNC turning parts ensures that they fit perfectly within these systems, contributing to smooth and efficient operation. The diamond knurling surface finish not only adds to the aesthetic appeal but also improves grip and reduces the risk of slippage under load.
Spacecraft engines are examples of equipment that operate in high-temperature and pressure conditions while maintaining their structural integrity. AL6061-T6 alloy is preferred for such applications because it is highly strong and resists fatigue. In addition, its surface finish is characterized by natural anodizing, providing a protective layer against corrosion effects from the atmosphere—the most important reason the material should be used for components exposed to weather conditions during the flight mission.
In satellite applications, the light nature of AL6061-T6 is very advantageous towards overall payload efficiency. The high precision that our CNC turning parts achieve makes them applicable for use in very high-quality satellite mechanisms—for example, the solar panel deployment systems or communication antennae, where exacting tolerances are needed for proper function.
The choice of materials for the production of gears is aimed at retaining shape and tolerances under continuous rotational stress. The strength of AL6061-T6 alloy and the precision achievable with our CNC turning process can assure the performance of these gears with minimum wear and tear, thus reducing the frequent replacement and maintenance check-ups it would require. A diamond knurling surface finish on these parts further enhances their durability since it provides a textured surface where wear and slippage resistance will be applied.
Another use of these high-precision parts is in bearings, where high loads are registered and a need for continued smooth operation is necessary. With the natural anodizing finish, it gets one more level of protecting the piece from corrosion. For a fact, this is very important, especially for the type of environment where machinery will be exposed to moisture or any other type of corrosion.
These parts are integral to the manufacturing of critical engine components and transmission systems, where high tolerances and exceptional strength are not just desirable, but essential for performance and safety.
The engine parts, such as camshafts, crankshafts, and connecting rods, need high-stress temperature-appropriate materials because the external working conditions involve high stresses and high temperatures. Due to better strength and being heat-treatable, AL6061-T6 alloy fits perfectly for such applications. In addition to this, these parts come with a natural anodizing finish, which further improves their life by adding an extra layer that resists wear and corrosion and thus can survive even the most severe conditions.
Transmission systems also benefit from the use of these high precision parts. The intricate gears and shafts within transmissions need to operate with minimal play and maximum durability. The +/-0.05MM tolerance of our CNC turning parts ensures that they fit perfectly within these systems, contributing to smooth and efficient operation. The diamond knurling surface finish not only adds to the aesthetic appeal but also improves grip and reduces the risk of slippage under load.
Spacecraft engines are examples of equipment that operate in high-temperature and pressure conditions while maintaining their structural integrity. AL6061-T6 alloy is preferred for such applications because it is highly strong and resists fatigue. In addition, its surface finish is characterized by natural anodizing, providing a protective layer against corrosion effects from the atmosphere—the most important reason the material should be used for components exposed to weather conditions during the flight mission.
In satellite applications, the light nature of AL6061-T6 is very advantageous towards overall payload efficiency. The high precision that our CNC turning parts achieve makes them applicable for use in very high-quality satellite mechanisms—for example, the solar panel deployment systems or communication antennae, where exacting tolerances are needed for proper function.
The choice of materials for the production of gears is aimed at retaining shape and tolerances under continuous rotational stress. The strength of AL6061-T6 alloy and the precision achievable with our CNC turning process can assure the performance of these gears with minimum wear and tear, thus reducing the frequent replacement and maintenance check-ups it would require. A diamond knurling surface finish on these parts further enhances their durability since it provides a textured surface where wear and slippage resistance will be applied.
Another use of these high-precision parts is in bearings, where high loads are registered and a need for continued smooth operation is necessary. With the natural anodizing finish, it gets one more level of protecting the piece from corrosion. For a fact, this is very important, especially for the type of environment where machinery will be exposed to moisture or any other type of corrosion.