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High - precision CNC lathe machining crafts metal flanges from aluminum, stainless steel, and magnesium. These flanges boast exceptional accuracy, ensuring seamless connections in various systems. Aluminum offers lightness, stainless steel brings corrosion resistance, and magnesium adds strength - to - weight advantage. Used in industries like aerospace and automotive, they guarantee reliable performance, making assembly and operation smoother with their precise dimensions.

CNC customized processing crafts these shaft connection components with precision. For stainless steel, it ensures corrosion resistance; aluminium gets lightweight yet sturdy structures; carbon steel gains high strength.   In use, they're vital in machinery, linking shafts smoothly in industrial equipment, automotive parts, and robotics. From heavy - duty manufacturing to precise automation, these components, made via CNC and diverse metals, boost operational efficiency and durability.

This sleek, stainless - steel component is a game - changer for industrial applications. With its precisely machined threads and evenly spaced holes, it ensures secure connections and smooth operation.   Built to last, it resists corrosion and handles heavy loads with ease. Whether in machinery, automation systems, or automotive setups, this part boosts efficiency and reliability.   Compact yet robust, it’s easy to integrate into existing equipment. Upgrade your projects with this high - quality metal component — a small part that makes a big difference in performance.

In the realm of manufacturing, precision and customization are paramount, especially when it comes to shaft connection components. Our high-precision CNC machining services for stainless and carbon steel shaft connection parts stand out.   Rapid prototyping allows for quick iteration and validation of designs, ensuring that the final product meets exact specifications. Whether you need a single prototype or a batch of parts, our rapid prototyping capabilities deliver efficiency without compromising quality.   Broaching, a key process in shaping these components, is executed with utmost precision. It ensures smooth, accurate profiles on the stainless and carbon steel parts, enhancing their performance and durability.   What truly sets us apart is our commitment to customization. Every project is tailored to meet unique client requirements, from material selection to intricate design details. With our CNC customized processing, you can be confident that your shaft connection components will fit seamlessly into your applications, driving reliability and excellence in your machinery or equipment. Whether for industrial, automotive, or other sectors, our services empower innovation and precision in your manufacturing endeavors.

The pen holder is made of aluminum 6061. After undergoing precise forming, sandblasting and oxidation processes, it presents a delicate and textured appearance. The coating is unifo funrm and bright, combining both beauty and rust preventionctions. In terms of usage, it is suitable for placement on desks or office tabletops, allowing for orderly storage of various writing instruments and eliminating desk clutter. Its simple yet refined design also adds a touch of brightness to the office and study environment.

Axial parts are processed using advanced CNC technology. They undergo multiple processes such as turning, milling, and grinding to ensure dimensional accuracy and surface finish.  In terms of application, it is widely used in various types of mechanical equipment, such as the transmission devices of automated production lines and the core components of precision instruments. It can precisely transfer power and motion, ensuring the stable and efficient operation of the equipment. It is an indispensable key component in the field of machinery.

Gears, in terms of manufacturing, undergo precise processing, with precise tooth shapes. The materials are mostly high-strength steel or alloys, ensuring durability and strength. From tiny precision gears to large industrial gears, the processing accuracy determines the smoothness of the transmission. They have a wide range of applications. From small items like clocks and toys, they enable precise operation; to large-scale vehicles and machines, gears are used for speed reduction and power transmission, allowing machinery to work efficiently together. They are the core components of industrial transmission systems, driving the smooth operation of equipment in various industries.

The manufacturing process of worm gears and worm wheels is quite meticulous. The worm is usually machined into helical teeth through methods such as turning, while the worm wheel is produced through processes like hobbing to form a tooth profile that matches the worm. The meshing accuracy of these two components is very high, and precise control of factors such as tooth surface contact is required. In terms of application, it is a key component in mechanical transmission. It is used in elevator lifting transmission, automotive steering systems, as well as various precision instruments and automated equipment. It is relied upon to achieve speed reduction and change the transmission direction. Due to its smooth transmission and self-locking characteristics, it plays an important role in many fields.

The transmission shaft is a key component for mechanical power transmission. In terms of manufacturing, it is mostly made of 45 steel or alloy steel tubes. It undergoes forging and heat treatment to enhance its strength, and then is processed through precise turning and milling for the critical interfaces. Some parts may also be treated with chrome plating or spray painting for rust prevention, ensuring its wear resistance and torsion resistance during high-speed rotation.  In terms of application, it is widely used in automotive and construction machinery fields. In automobiles, it connects the transmission and the drive axle, transmitting the engine power to the wheels; in loaders, cranes and other equipment, it cooperates with the universal joint to adapt to multi-angle power transmission, ensuring the stability of mechanical operations in complex working conditions.

The wooden flower box is made of high-quality wood, with natural textures giving it a very appealing appearance. The flower shapes are exquisite, and the edges of each petal are finely polished and smooth. There are also seven-day abbreviations in English engraved around the petals, with clear fonts. The petals are connected to the middle part by metal rivets.  The main purpose is to use it as a medicine box. It can be used for seven days a week, and the medicine for each day can be placed in the corresponding groove of the petals, which is both convenient and prevents confusion. Additionally, it can also be used to store small jewelry and other small items, neatly arranged for easy access.

During the processing, high-precision CNC machines were used. Through precise programming, the tools were able to perform operations such as cutting and drilling on the metal materials. The position and size of each hole were all calculated and controlled rigorously, with the error being kept within an extremely small range, ensuring the accuracy of the components. The product adopted an anodizing process. This process not only enables a dense oxide film to form on the metal surface, providing functions such as corrosion resistance and wear resistance, but also gives it an attractive appearance.

Using the high pressure of the die-casting machine, the molten aluminum alloy is quickly injected into the precision mold. After cooling and demolding, the initial shape is formed. Then, through the precise processing stage, the size and holes of the shell are precisely carved to ensure the fit of all parts. The surface is enhanced with anodizing to improve wear resistance and corrosion resistance, making the shell both aesthetically pleasing and durable. From a functional perspective, aluminum alloy itself has excellent heat conductivity. The fin structure on the shell significantly increases the heat dissipation area. When electronic components generate heat during operation, the heat can be quickly transferred and dissipated through the shell, maintaining an appropriate temperature environment inside the equipment, ensuring the stable operation of electronic components, and prolonging the equipment's service life. It is widely used in communication and industrial control fields.