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First, let's look at the appearance. It is made of brass and has a bright color. It feels very textured when held in your hand. From the structural design perspective, it features precise holes and a regular shape.  Bronze itself has many advantages. It has good wear resistance, which can reduce wear between components during mechanical operation and extend the service life; moreover, its heat conductivity is also quite good, making it particularly suitable for some mechanical scenarios that require heat dissipation.  This part can be widely applied in various mechanical devices, such as some precision instruments and automated equipment, where it can be seen. It plays key roles like connection and positioning, ensuring the stable and efficient operation of the mechanical system.

Today, I would like to introduce to you an excellent aluminum alloy casting. It is manufactured through advanced casting technology. The aluminum alloy material makes it both lightweight and highly durable, and it can perform exceptionally well in industrial and other fields. From the appearance, its surface is smooth, the shape is precise, and the details are handled very well, which can meet the precise installation requirements. The internal structure design is scientific, which can effectively disperse stress and improve the stability and durability of the product during use. Whether it is as a core component to assist equipment operation or to function in complex working conditions, this aluminum alloy casting demonstrates reliable performance.

CNC custom processing of precision metal parts made of materials such as aluminum alloy and titanium alloy can be widely applied in fields such as machinery, automation equipment, and aerospace. For example, in mechanical transmission systems, it can serve as a connecting component, used to fix and connect shafts with other components, ensuring the accurate relative positions of the components and transmitting torque; in automated equipment, it can act as an installation base, used to install sensors, cylinders and other components, ensuring the stability and accuracy of the equipment operation.

In the operation of machinery, the role of the tensioning wheel is crucial. Unlike the standard models, the customized tensioning wheel can precisely match the models and working conditions of different machines. Whether it is adjusting the tightness of the belt or adapting to special speeds and loads, it can achieve a perfect fit, reducing friction and wear during operation, and extending the service life of the equipment. During the processing, we select high-strength wear-resistant materials and combine with precise techniques to ensure the stability and durability of the tensioning wheel. From size measurement to final inspection, every step is strictly controlled to avoid equipment failures caused by fitting issues. Whether it is large machinery on industrial production lines or small specialized equipment, the customized tensioning wheel can provide personalized solutions, helping the equipment operate efficiently and stably, and ensuring the production process is protected.

Traditional flange processing requires frequent changes of machines, with large clamping errors and long construction periods. Especially for complex flanges, they often need to be reworked due to accuracy issues. The combined turning and milling technology has completely changed this situation. It integrates the functions of turning and milling. The flange can be completed from raw material to finished product in one setup. For example, the sealing groove milling and outer circle turning of stainless steel flanges do not require secondary positioning, and the form and position tolerance can be controlled within 0.02mm, far exceeding traditional processes. Meanwhile, the machining and milling combined machine tool is equipped with an automatic feeding system, enabling unmanned operation for the production of small and medium-sized batches of flanges. A certain heavy industry enterprise reported that after adopting this technology, the processing efficiency of flanges increased by 40%, and the scrap rate dropped to below 1%. The turning and milling manufacturing method for flanges not only ensures sealing performance but also reduces production costs.

Aluminum alloy is lightweight and durable, making it the preferred choice for industrial and home applications. We offer full-process customized processing services, ranging from small parts and accessories to equipment shells, to meet diverse needs.    Various surface treatments are available: anodizing enhances wear resistance and corrosion resistance, and gives the metal a matte or glossy finish; the spraying process can be customized to any color, suitable for different styles; and sandblasting treatment creates a smooth and matte texture.

Not only for standard models, we are particularly skilled in custom production of automotive thermostats. Whether it's for special vehicle models, modified engines, or industrial machinery requirements, we can design and manufacture according to your specific needs. The customization process begins with parameter confirmation. Based on your engine model and operating conditions, adjust the sensitivity of the valve core and the temperature threshold. Using high-precision processing techniques and combining with materials that are resistant to high pressure and corrosion, we ensure the adaptability and durability of the customized products. From sample testing to batch production, we communicate one-on-one throughout the process, strictly controlling quality and delivery time. We solve your special temperature control problems and provide exclusive thermostat solutions for you.

Specializing in the customization production of automotive clutch plates, we provide precise matching solutions for various vehicle models. Whether it's a family sedan, commercial truck, or special engineering vehicle, we can customize the exclusive clutch plates according to your needs.  We use high-quality friction materials and combine advanced production techniques to ensure that our products have excellent wear resistance, heat dissipation performance and transmission efficiency. From material selection, formula formulation to mold design and production processing, we strictly control the quality throughout the process to guarantee the stability and service life of each clutch plate. We support customization based on vehicle model, engine parameters or special working conditions, and provide rapid prototyping and small-batch production services to meet various scenarios such as repair replacement, modification and upgrade. Our experienced team in the industry provides technical support to help you solve compatibility problems.

CNC aluminum tube processing grinding machine, beauty device shell, hardware components, color anodizing The material of this type of product is made of aluminium 6061 as the raw material The production of the equipment by the integrated lathe and milling machine has been completed. The product used in the beauty industry is an aluminum CNC processed product with a very exquisite surface

Low-price customized high-precision aluminum parts, suitable for various fields such as aerospace, shipping, automobiles, artificial intelligence, industrial equipment, medical care, etc.   For the surface treatment of general aluminum products, we usually carry out sandblasting and anodizing treatment. Either baked paint or chrome plating. The process methods of surface treatment, etc.

Precision mechanical parts and unmanned aerial vehicle battery casings This is a product custom-processed and formed by CNC, which is used for the shell of unmanned aerial vehicles. We have completed high-quality production at a very low price.   The material we use for the product is aluminium 6061   The precision of the product can reach within ± 0.1MM.  

CNC customized processing of titanium alloy artificial intelligence robot joints   The material of this part is titanium alloy Tc4.   It was processed with a CNC5-axis equipment.   The application scenario of the product is the parts for the joint parts of robots in the field of artificial intelligence.   The tolerance of the product can be guaranteed within ± 0.03MM.