Blog

The dark brown anodized aluminum profile casing is a recent mass production customization case. The entire structure is made by one-piece milling with 6063 aluminum alloy, featuring smooth and seamless curved surfaces without burrs. Multiple special-shaped openings and long slots are processed in one CNC operation, eliminating the need for secondary assembly. The structural strength is higher. The surface is treated with hard anodizing process, presenting a matte dark brown color that is uniform, wear-resistant, anti-fingerprint, and corrosion-resistant. It is not likely to be scratched or faded over a long period of use, balancing both appearance and functionality. The entire processing stage is fully controllable: from drawing coordination, cutting, five-axis CNC precision milling, deburring, surface treatment to final product inspection, each process is supervised by dedicated personnel. For special customer requirements, the opening size, casing thickness, and curved surface curvature can be adjusted. Laser marking logo, sandblasting, polishing, multi-color anodizing and other surface processes are supported. Small batch prototyping can be delivered quickly, and stable supply can be provided for large orders. It is suitable for various devices such as vehicle accessories, portable projectors, handheld beauty devices, and vehicle fragrance hosts. Many customers are concerned about the long processing cycle and poor precision of non-standard casings. We have multiple CNC processing centers and professional engineers who carefully check the drawings in advance to avoid assembly interference issues. The prototyping cycle is short, significantly reducing the trial-and-error costs for customers. If you have requirements for customizing aluminum casings for instruments, vehicles, or smart home, you can provide drawings or samples. We will provide a processing plan and quotation for free, creating metal casing accessories with both texture and precision.

The raw materials used are POM, nylon, ABS and other wear-resistant engineering plastics. The material is self-lubricating, has low noise and is resistant to wear. Compared with metal gears, it is more lightweight, and the operation has no harsh noises. It is particularly suitable for small-scale precision transmission scenarios. It supports single-link gears, double-link gears, multi-layer composite gears, vortex gears and other special structures for mold production. The mold size, tooth number, inner hole and step can all be customized according to the drawings. The tolerance control is strict, and the transmission bite is smooth without jamming. The entire processing process is completed independently: from product measurement, mold design, injection molding to deburring and size inspection, each process is checked by a dedicated person. Small batch prototyping is delivered quickly, and large batch orders are steadily mass-produced. It can be matched with printers, smart home appliances, electric toys, medical small equipment, and small-scale automation equipment and other transmission components. Many customers often encounter problems such as mismatched standard gear sizes, insufficient wear resistance, and high operating noise. We can adjust the raw material ratio according to the equipment conditions, add glass fibers to enhance strength, optimize the tooth shape structure to reduce clearance, and eliminate problems such as skipping teeth and rapid wear. We support custom orders based on drawings and samples, provide free size measurement and transmission scheme optimization suggestions, and come with a size inspection report at the factory. The defect rate is strictly controlled. The small-sized precision plastic gears may seem insignificant, but they directly affect the overall service life of the machine. Professional custom processing makes the transmission more stable and worry-free.

This split-type aluminum heat dissipation housing and the corresponding machined metal parts are all formed through integrated CNC milling using 6063/6061 aluminum alloy materials. The surface of the housing is designed with dense parallel heat dissipation ribs, significantly enhancing the efficiency of equipment cooling; the inner cavity is machined in one piece with slots, eliminating the need for secondary bending, and perfectly adapting to the assembly of circuit boards, power amplifier modules, and other components. The appearance process supports personalized customization. The housing shell can be anodized for coloring. The magenta anodized layer in the picture is corrosion-resistant and not prone to scratching. Various color schemes such as silver-gray, black, and champagne are also available. The internal cavity retains the original metal color, balancing both cooling and cost. The matching circular precision hardware parts are processed by CNC lathe, with smooth inner holes and conical surfaces without burrs, and the threads and positioning holes are formed in one step. They can be precisely assembled with the housing without additional adjustment. We support non-standard customization based on drawings or samples, from small batch prototyping to large-scale mass production. The processing process covers three-dimensional modeling, CNC milling/cutting, deburring, anodizing, laser marking, and all procedures. Installation slots, waterproof steps, and wiring holes can be opened as needed, and it is suitable for the shells of vehicle power amplifiers, signal amplifiers, industrial controllers, fiber optic communication modules, etc. Aluminum alloy is lightweight and has excellent thermal conductivity. It is stronger than plastic housings and has lower processing costs than stainless steel. For special customer requirements, surface treatments such as sandblasting, polishing, and hard anodizing can also be provided, balancing practical performance and product aesthetics.

The part is machined from 6061-T6 aluminum alloy using CNC turning and milling in a single setup, enabling simultaneous processing of flange holes, internal bores, and locating surfaces. Coaxiality and perpendicularity tolerances can be maintained within 0.01 mm, ensuring smooth and seizure-free operation after bearing installation. The surface undergoes hard anodizing treatment, forming a dense protective layer that provides excellent corrosion resistance and wear resistance, suitable for humid workshops or dusty environments. The evenly distributed mounting holes on the flange and side set-screws can be customized according to the customer's equipment interface dimensions, enabling quick and precise installation whether for automated production lines, inspection equipment, or small transmission mechanisms. The lightweight aluminum alloy material ensures structural strength while reducing overall equipment load and extending service life. From initial drawing consultation to mass delivery, we offer full customization services—adjusting dimensions, tolerances, and surface treatments based on your specific operating conditions—ensuring every component fits your equipment perfectly.

We specialize in one-stop customized processing of metal and plastic parts, covering from CNC milling, precise drilling to anodizing and laser engraving, ensuring full control over the quality throughout the process.  From the design drawings to the final product delivery, we offer a one-stop customized service: rapid response for pre-production samples, stable quality control for mass production, as well as personalized treatments such as laser engraving of LOGOs and surface sanding. Whether in the field of consumer electronics, industrial control equipment, or car modification, we can meet the diverse needs of customers with our flexible small-batch customization capabilities.

In smart homes, medical devices, and automated equipment, custom plastic gears are becoming the key solution for special transmission requirements. Unlike standardized metal gears, these parts made of engineering plastics (such as POM, nylon) can perfectly fit lightweight, low-noise, and corrosion-resistant application scenarios. Our custom service covers the entire process from design to finished product: based on customer drawings or operational conditions, we can customize gears with moduli of 0.3-4mm, including straight, helical, and special-shaped gears, with an accuracy of ±0.02mm, ensuring smooth transmission without any jamming. Thanks to the self-lubricating property of the materials, the gears do not require additional oiling, and the operating noise is reduced by more than 30% compared to metal parts. At the same time, they are resistant to acid and alkali corrosion and suitable for humid or chemical environments. From precision gears for miniature devices to wear-resistant transmission components for large machinery, we support both small-batch CNC processing and large-batch injection molding, taking into account both R&D prototyping and mass production needs. Whether it's gear shape optimization, special hole design, or customized surface treatment, we can solve your non-standard problems in one step, ensuring that each set of gears can precisely match the performance of the equipment and enhance the overall service life.

This black flange seat is made of POM and is integrally formed through five-axis CNC machining. Its surface has been treated with matte black finish. It features insulation, corrosion resistance and self-lubrication properties. The tolerances of the four mounting holes and the central positioning hole are controlled within ±0.02mm, ensuring a perfect fit with the equipment interface and eliminating the risks of loosening and leakage. Whether for single sample testing or mass production, it can achieve stable delivery and meet the customized requirements of different industries.  

This product adopts the CNC multi-axis linkage processing technology. It can complete the processing of complex oil channels and installation holes with a single setup, avoiding errors caused by multiple setups and ensuring that the inner walls of the channels are smooth without burrs. The flatness of the sealing surfaces is controlled at the micron level. Whether it is a single-path basic valve block or a multi-channel integrated valve group, it can precisely meet the requirements of fluid distribution, direction change and pressure regulation according to the customer's 3D drawings. These customized valve blocks are widely used in machine tools, automated production lines, construction machinery and other scenarios, replacing traditional hose connections. It not only makes the system layout more concise and compact, but also reduces the leakage risk at its root. At the same time, we can choose 6061-T6 aluminum alloy or stainless steel materials based on the working conditions, and provide surface treatments such as anodizing, balancing lightweight, strength and corrosion resistance. It is suitable for different pressure levels and usage environments. The advantage of customization lies in making each valve block perfectly match the equipment requirements of the customer, without compromising performance for standardized products. From drawing optimization to product delivery, we use precise processing to safeguard fluid control, making the equipment operation more efficient and reliable.

In the construction of automated equipment, industrial racks and protective structures, the T-shaped connection plates may seem insignificant, but they are the key components that determine the overall structural stability and assembly efficiency. The custom T-shaped connection plates we provide are centered around precise CNC processing, and are designed to create a fully compatible connection solution for your project. Each connection plate is made of high-quality aluminum alloy and is formed in one piece using a CNC milling machine. The surface is polished and anodized, providing both corrosion resistance and mechanical strength, and can withstand the vibration and load tests in industrial environments for a long time. We offer full customization: from plate thickness, hole layout to special dimensions, all can be adjusted according to your framework design drawings, suitable for various scenarios such as automated production lines, robot workstations, and equipment protective covers. Whether it's small-scale prototyping or large-scale production, we can meet your project requirements with stable delivery times and consistent quality.

From gears, housings to precision panels, these aluminum alloy parts in the picture are the epitome of our CNC customization processing capabilities. Whether it's complex curve contours, fine texture engravings, or strict tolerance requirements, we can achieve micrometer-level precision control through multi-axis processing technology, ensuring that every detail is precisely implemented. We offer full-process services from prototype prototyping to mass production, and can adapt to various materials such as aluminum alloy, stainless steel, and copper alloy. We also provide surface treatment options like anodizing and sandblasting, balancing durability and texture. Whether you are a customer in the field of automated equipment, consumer electronics, or industrial instruments, we can provide one-stop customization processing services based on your drawings or samples, allowing your design to be quickly transformed into reliable finished products. Need custom processing? Contact us at any time and let our professional team ensure the success of your project.

The multiple irregular products in the picture are integrated and formed through CNC five-axis milling. The circular cavity piece in the middle is a precision cavity shell. The multi-position holes and internal cavity steps are strictly in accordance with the tolerance of the drawing, suitable for the assembly of electronic components; the color anodized small module and the red heat dissipation shell rely on the excellent thermal conductivity of aluminum, and are mostly used in industrial control and vehicle heat dissipation accessories; the blue-black square base and irregular small components are processed by sandblasting and hard anodizing as needed, and the color and texture can be customized according to requirements. We have been deeply engaged in non-standard customization processing for many years. Whether it is small batch prototyping or mass production, we can follow the customer's drawing requirements: Tolerance control ±0.01mm, meeting the requirements for precise equipment assembly. Surface processing options: color anodizing, hard anodizing, sandblasting, polishing, etc. Material options include aluminum, copper, stainless steel, and other metals. Many start-up R&D enterprises have variable sample sizes during the new product development stage. We support starting with one piece for quick prototyping, shortening the new product launch cycle. From communication cavities, heat dissipation modules to equipment bases, relying on the heart machine and processing center equipment, we can solve the problems of non-standard part processing in one step. The core of customization processing is to accurately translate the drawing into qualified parts. If you have requirements for machining components, please bring the drawing for negotiation and sample testing.

In the production scenarios of automated equipment and instrument accessories, non-standard customized parts have always been the key to the successful implementation of the equipment. Relying on mature CNC processing technology, we can undertake the customized production of various irregular and multi-sized hardware components, such as the multiple styles of aluminum and steel precision parts shown in the picture, which are the results of personalized processing. From colored anodized aluminum parts, irregular bending structural parts, to stepped circular parts and hollow fixed plates, different shaped parts are all formed in one step using CNC lathes and milling machines. The raw materials include 6061 aluminum alloy, carbon steel, etc., and the surface can be treated with anodizing, blackening, fine grinding and polishing, etc., which can not only meet the lightweight requirements of the equipment, but also improve the wear resistance and rust prevention performance of the accessories. We support custom production based on drawings and samples, and can handle both small batch samples and large batch production. For customers' non-standard equipment modifications and prototype development needs, engineers will optimize the processing technology, strictly control the tolerance, and avoid assembly errors. From drawing analysis, raw material selection to fine processing of the finished product and surface treatment, we will follow the entire process to shorten the delivery cycle. Whether it is automatic tooling fixtures, instrument shell accessories, or non-standard small parts of mechanical equipment, precise CNC customized processing can flexibly adapt to the needs of various industries, and with refined processing, solve the customer's problem of purchasing personalized parts.