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Various table sizes: table diameter is from 100mm to 1600mm, also can be designed and manufactured as per customer's requirement.
High accuracy and great durability: adapting a special anti-wearing alloy of bronze/nickel precision dual lead worm wheel and hardened steel worm shaft to ensure long term dividing accuracy.
High heavy loading capacity: special axial-radial roller bearings are incorporated to provide high rigidity.
Large braking torque: multi-brake disc system offers superior clamping force, insures smooth maching without deflection under heavy load.
High stability and safety: Drividng by hydraulic unit,clamp and unclamp sensor which execute unclamping ,rotating,clamping and returning ensures stable and safe operation.
The CNC Rotary Table has found extensive applications across a diverse range of industries, revolutionizing the way complex parts are manufactured. In the aerospace industry, it is an indispensable tool for machining high-precision components that demand strict adherence to tight tolerances. Turbine disks, for example, are critical components in aircraft engines. The CNC Rotary Table enables the precise machining of the intricate blade slots and the accurate shaping of the disk's outer profile. The ability to rotate the disk at precise angles and positions ensures that each blade slot is machined with the correct orientation and dimension, enhancing the aerodynamic performance and efficiency of the engine.
In the automotive industry, the CNC Rotary Table plays a crucial role in the production of engine components and transmission parts. For engine blocks, the table allows for the precise machining of cylinder bores, coolant passages, and oil galleries. By rotating the engine block on the CNC Rotary Table, manufacturers can machine these features from multiple angles in a single setup, reducing the need for multiple fixtures and improving the accuracy of the final product. In transmission manufacturing, the table is used to machine gears and shafts with complex geometries, ensuring smooth and efficient power transmission.
The mold and die making industry also benefits greatly from the use of the CNC Rotary Table. Molds for plastic injection molding, die casting, and forging require high precision to produce parts with consistent quality. The CNC Rotary Table enables the machining of complex mold cavities and cores with intricate details. For example, in the production of a mold for a smartphone case, the table can rotate the mold block to machine the precise contours and features of the case, including the camera cutouts and button recesses. This results in molds that produce high-quality plastic parts with excellent dimensional accuracy.
In the field of precision machinery manufacturing, the CNC Rotary Table is used to produce a wide variety of components, such as machine tool spindles, robotic arms, and precision bearings. The ability to machine these components with high precision and repeatability is essential for the performance and reliability of the machinery. Additionally, in the production of optical components, such as lenses and mirrors, the CNC Rotary Table helps to achieve the required surface finishes and geometries for optimal optical performance.
The design of the CNC Rotary Table is optimized to meet the specific demands of these applications. The sturdy construction of the base and the precision-machined tabletop ensure stability and accuracy. The advanced drive and control systems are designed to provide precise and reliable motion, while the safety features protect the operators and the equipment during operation.
In these applications, the advantages of the CNC Rotary Table are evident. Its precision allows for the production of high-quality parts that meet the strictest industry standards. The flexibility in machining complex geometries reduces the need for multiple setups and fixtures, saving time and costs. The automation and repeatability ensure consistent production quality, while the increased productivity helps manufacturers meet the demands of high-volume production.
Various table sizes: table diameter is from 100mm to 1600mm, also can be designed and manufactured as per customer's requirement.
High accuracy and great durability: adapting a special anti-wearing alloy of bronze/nickel precision dual lead worm wheel and hardened steel worm shaft to ensure long term dividing accuracy.
High heavy loading capacity: special axial-radial roller bearings are incorporated to provide high rigidity.
Large braking torque: multi-brake disc system offers superior clamping force, insures smooth maching without deflection under heavy load.
High stability and safety: Drividng by hydraulic unit,clamp and unclamp sensor which execute unclamping ,rotating,clamping and returning ensures stable and safe operation.
The CNC Rotary Table has found extensive applications across a diverse range of industries, revolutionizing the way complex parts are manufactured. In the aerospace industry, it is an indispensable tool for machining high-precision components that demand strict adherence to tight tolerances. Turbine disks, for example, are critical components in aircraft engines. The CNC Rotary Table enables the precise machining of the intricate blade slots and the accurate shaping of the disk's outer profile. The ability to rotate the disk at precise angles and positions ensures that each blade slot is machined with the correct orientation and dimension, enhancing the aerodynamic performance and efficiency of the engine.
In the automotive industry, the CNC Rotary Table plays a crucial role in the production of engine components and transmission parts. For engine blocks, the table allows for the precise machining of cylinder bores, coolant passages, and oil galleries. By rotating the engine block on the CNC Rotary Table, manufacturers can machine these features from multiple angles in a single setup, reducing the need for multiple fixtures and improving the accuracy of the final product. In transmission manufacturing, the table is used to machine gears and shafts with complex geometries, ensuring smooth and efficient power transmission.
The mold and die making industry also benefits greatly from the use of the CNC Rotary Table. Molds for plastic injection molding, die casting, and forging require high precision to produce parts with consistent quality. The CNC Rotary Table enables the machining of complex mold cavities and cores with intricate details. For example, in the production of a mold for a smartphone case, the table can rotate the mold block to machine the precise contours and features of the case, including the camera cutouts and button recesses. This results in molds that produce high-quality plastic parts with excellent dimensional accuracy.
In the field of precision machinery manufacturing, the CNC Rotary Table is used to produce a wide variety of components, such as machine tool spindles, robotic arms, and precision bearings. The ability to machine these components with high precision and repeatability is essential for the performance and reliability of the machinery. Additionally, in the production of optical components, such as lenses and mirrors, the CNC Rotary Table helps to achieve the required surface finishes and geometries for optimal optical performance.
The design of the CNC Rotary Table is optimized to meet the specific demands of these applications. The sturdy construction of the base and the precision-machined tabletop ensure stability and accuracy. The advanced drive and control systems are designed to provide precise and reliable motion, while the safety features protect the operators and the equipment during operation.
In these applications, the advantages of the CNC Rotary Table are evident. Its precision allows for the production of high-quality parts that meet the strictest industry standards. The flexibility in machining complex geometries reduces the need for multiple setups and fixtures, saving time and costs. The automation and repeatability ensure consistent production quality, while the increased productivity helps manufacturers meet the demands of high-volume production.
