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The full range of brass turned parts shown includes threaded connectors, hollow sleeves, stepped mandrels, hexagonal joints, knurled cylinders, nozzle fittings and special-shaped brass studs, widely applied to fluid valve systems, pneumatic fittings, medical equipment, instrumentation hardware, spray nozzle assemblies and mechanical connecting structures. All products are processed by high-speed CNC lathe turning and secondary milling compound machining. External threads, inner bores, stepped shafts, knurling, slotted structures and hollow holes are completed with one-time clamping processing. We strictly control thread precision, concentricity and dimensional tolerance to guarantee stable assembly matching and excellent sealing performance for fluid pipelines. Adopting H59 / H62 free-cutting brass as raw material, the material features natural self-lubrication, strong corrosion resistance and superior cutting property, effectively reducing assembly friction and resisting erosion from water, gas and conventional chemical media for long-term service.   The original bright metallic luster of brass can be kept by passivation anti-tarnish treatment, avoiding oxidation darkening during storage and usage. Our factory supports full OEM customization service based on customers’ drawings or physical samples, covering prototype sampling, small batch trial order and mass bulk production. Every brass fitting will be inspected by thread gauges, micrometers and projection detectors before delivery to unify dimensional consistency of batches.   Compared with stainless steel and iron parts, brass turned parts have irreplaceable advantages in sealing, anti-rust performance and assembly smoothness, becoming standard precision hardware for fluid control and precision instruments all over the world. We provide reliable customized turning solutions for global machinery purchasers.

This series of bright red anodized aluminum parts covers connecting lugs, stepped flange bases, positioning sleeves, split clamping blocks and grid heat dissipation panels, which are widely used in automated tooling fixtures, new energy equipment, mechanical clamping structures and precision assembly modules. All workpieces are processed by high-precision CNC milling and turning. Special-shaped hollow grooves, stepped concentric holes, mounting countersinks and grid hollow structures are formed in a single clamping process. Strict micron-level dimensional tolerance is controlled for every matching surface and positioning datum to guarantee high-precision assembly interchangeability between parts. The overall metallic texture after precision cutting is matched with bright red hard anodizing treatment. The compact oxide film effectively improves the aluminum parts’ wear resistance, corrosion resistance and scratch resistance in complex working environments, while the unified red appearance realizes standardized visual management for equipment components. We mainly adopt 6061 aluminum alloy as raw material for this kind of customized structural parts. The material balances mechanical strength, machining performance and lightweight characteristics perfectly. Besides red anodizing, we also support customized colors such as blue, black, silver and gold, with optional ordinary anodizing and hard anodizing according to customers’ wear resistance demands. Our factory offers one-stop OEM customized service for aluminum machined parts. We accept production processing based on customer 3D drawings or physical samples, covering prototype proofing, small-batch trial production and large-volume mass delivery. Each batch of finished products will be inspected via three-coordinate measurement, size sampling and appearance detection before delivery to stabilize product quality. Compared with cast parts, CNC machined aluminum structural parts have higher dimensional accuracy, smoother surfaces and stronger structural stability. Colored anodized aluminum hardware is gradually becoming the preferred structural accessory for high-end automation machinery, testing equipment and vehicle modified parts. With mature multi-axis machining capability and standardized surface treatment supporting line, we can provide stable and cost-effective precision processing solutions for global industrial purchasers.

Hydraulic valve blocks are the core assembly carriers of hydraulic and pneumatic transmission systems, undertaking the functions of medium shunting, pressure regulation and pipeline connection inside fluid equipment. The square aluminum valve blocks shown in the picture are finished products processed by high-precision CNC milling, featuring integrated internal thread holes, through flow channels, mounting fixing holes and positioning grooves, which are widely applied to hydraulic stations, industrial valve assemblies, automation fluid circuits and mechanical power systems. This type of integrated valve block abandons the traditional scattered pipeline layout, concentrating multiple oil passages and thread interfaces on a single aluminum matrix. Adopting one-time clamping processing technology on CNC machining centers, all deep flow holes, precision internal threads, assembly holes and positioning structures are formed at once. The smooth inner wall of the runner effectively reduces fluid flow resistance and medium turbulence; standardized precision threads are strictly inspected with thread gauges to ensure tight connection and effectively prevent oil leakage under long-term high-pressure working conditions. We select high-quality 6061 aluminum alloy blanks as raw materials for valve block production. The material has moderate structural strength, good pressure bearing capacity and excellent machining performance, while its lightweight property can effectively control the overall weight of hydraulic equipment. According to customers’ usage environments, we can support subsequent surface treatments such as natural anodizing and hard anodizing. Anodized film can improve the oxidation resistance and wear resistance of the valve block surface, avoiding corrosion failure caused by hydraulic oil and humid working environments. Our factory provides full-process customized services for hydraulic valve blocks. We can complete processing according to customers’ 2D drawings and 3D model files, covering prototype trial production, small-batch verification and mass stable delivery. Each finished valve block will pass multi-dimensional detection including hole position accuracy, thread qualification and runner smoothness to ensure stable and consistent product quality in each batch.

Lightweight aluminum alloy has become the core structural material for high-end automation, optical detection and new energy equipment, thanks to its outstanding heat dissipation, low density and superior machinability. The workpiece set in the picture consists of a large cylindrical inner cavity frame and two symmetrical fin heat sink side panels, typical complex multi-structure precision housings manufactured by 5-axis linkage CNC milling. This integrated assembly features highly complex geometric features: irregular deep hollow inner cavities, uniformly distributed precision mounting threaded holes, large arc hollow windows, and dense parallel heat dissipation ribs on the side plates. Traditional 3-axis machining cannot complete all forming processes in one clamping, while our 5-axis machining center realizes one-time molding of all curved surfaces, deep cavities and heat dissipation structures. It effectively avoids repeated clamping errors and maintains micron-level control over flatness, hole position tolerance and concentricity of all matching surfaces, guaranteeing seamless assembly between the cylindrical main frame and heat sink side plates. We select high-quality 6061 or high-strength 7075 solid aluminum blanks according to customer load and application requirements. The surface after precision milling presents a uniform delicate metal texture, which can be matched with various post-processing processes such as natural anodizing, hard anodizing and conductive oxidation. Anodizing treatment can significantly improve the aluminum parts’ corrosion resistance, surface hardness and heat conduction efficiency, making the housings stable and durable in long-term continuous operation equipment. Our factory provides full-chain OEM customized services for aluminum structural parts. We support rapid prototyping from CAD/STEP drawings, small-batch trial production and mass stable delivery. Each batch of finished parts will pass CMM three-coordinate full inspection to verify dimensional accuracy, flatness and assembly clearance, strictly eliminating defective products. Compared with die-cast aluminum shells, CNC machined aluminum frames have higher dimensional precision, smoother inner cavity walls and better structural rigidity, which are irreplaceable for precision optical instruments, automated testing equipment and semiconductor auxiliary equipment. If you need custom complex multi-cavity aluminum housings, heat sink structural parts and special-shaped aluminum frames that cannot be processed by ordinary machine tools, our professional 5-axis machining workshop can provide you with cost-effective precision manufacturing solutions that meet international quality standards.

Brass is one of the most versatile machining materials in the manufacturing industry, valued for its superior malleability, natural corrosion resistance, outstanding thermal conductivity, and seamless thread-forming performance. The full range of custom brass machined parts shown in the picture covers threaded connectors, valve spools, nozzle tips, hexagonal caps, sealing sleeves, fluid fittings and multi-functional brass shafts, widely applied in pneumatic equipment, hydraulic control systems, medical instruments, sanitation hardware and industrial fluid transmission devices.All these brass workpieces are processed by high-precision CNC turning, milling and multi-axis composite machining. Complex structures including internal hexagon cavities, precision external threads, stepped shafts, perforated tube bodies and polygonal decorative heads are formed with micron-level dimensional tolerance control. Every sealing surface and thread profile undergoes fine finishing to eliminate burrs, ensuring tight fit, zero fluid leakage and stable long-term operation under medium and high pressure. The natural polished brass surface not only delivers excellent anti-rust performance in humid environments, but also meets high-standard appearance requirements for decorative and medical-grade assemblies.We select premium brass raw materials such as H59, H62 and HPb59-1 lead brass according to different application scenarios. Free-cutting brass guarantees efficient mass machining and consistent dimensional stability across batches. Custom surface treatments including passivation, nickel plating and chrome plating are available to enhance wear resistance, oxidation resistance and aesthetic texture for specialized working conditions.Our factory provides full OEM customized manufacturing services for brass components. We support rapid prototyping based on customer CAD drawings, small-batch trial orders and large-volume mass production. Strict quality inspection links including concentricity testing, thread gauging and pressure leakage testing are implemented for every finished product to eliminate defective goods.Compared with steel and aluminum parts, brass hardware stands out in fluid control fields thanks to its self-lubricating property and rust-free advantage, greatly reducing maintenance frequency of valves and gas circuits. Whether you need standard brass fittings or complex non-standard brass mechanical parts, our professional CNC machining team can deliver tailored, cost-effective precision solutions for global industrial buyers.

Precision shaft and sleeve assemblies are unsung core components of modern mechanical systems, delivering stable rotation, precise positioning and consistent power transmission across automation, aerospace, medical equipment and high-speed machinery. The stainless steel and alloy parts pictured showcase professional CNC turning craftsmanship, balancing strict dimensional tolerance,smooth surface finish and durable material performance. These custom components include multi-step stepped shafts, tapered mandrels, hollow sleeves, flanged cylinders and specialized positioning tooling. They are produced by advanced CNC lathes and multi-axis machining centers to achieve micron-level dimensional accuracy. Every shoulder, taper, bore and thread is precisely machined to ensure perfect concentricity and fit, eliminating wobble, vibration and premature wear during high-speed operation. The finely finished metallic surface reduces friction, extends service life and supports smooth long-term running of precision equipment. Material selection is tailored to harsh working conditions. We offer 304/316 stainless steel, alloy steel and other high-strength metal options, providing excellent rigidity, corrosion resistance and wear resistance for continuous industrial use. Optional surface treatments such as polishing, hardening and passivation further boost durability and meet strict industry standards for medical, aerospace and semiconductor applications.

When it comes to high-end audio equipment, testing instruments and precision electronic devices, small control knobs are far more than simple adjustment parts — they are the touchpoint that shapes users’ overall experience. This matte black aluminum knob fully showcases the craftsmanship and advantages of professional custom CNC machining.The most eye-catching detail is its densely arranged grid knurling on the side wall. Every tiny square texture is milled by multi-axis CNC lathes with consistent depth and spacing. This precise knurling delivers stable anti-slip friction during rotation, even with slightly damp hands, while eliminating rough burrs that scratch fingers. On the top surface, radial CD brushed lines form a delicate starburst texture, adding a minimalist high-end visual effect without sacrificing smooth touch.Matte black hard anodizing further upgrades the part’s performance and appearance. The compact oxide layer effectively resists fingerprints, scratches and oxidation during long-term daily use. Unlike cheap spray paint that peels easily, anodized color penetrates the aluminum substrate, maintaining uniform dark metallic luster for years.We provide full OEM customization service for all types of metal knobs. Clients can freely adjust outer diameter, height, knurling patterns, top surface craft and anodized colors including silver, gold, blue and red. Our team supports rapid prototype production based on CAD drawings, with flexible solutions for small-batch sample testing and large-scale mass manufacturing. Every finished knob will pass strict tactile and dimensional inspection before delivery.Small hardware carries big design power. This CNC aluminum knob proves that precise machining and thoughtful surface treatment can turn ordinary functional parts into highlights of premium equipment. If you need custom metal control knobs for your instruments or electronic products, feel free to share your design drawings for a tailored manufacturing solution.

Custom CNC-machined aluminum components are foundational hardware for automation, pneumatic systems, testing instruments and mechanical assemblies. The diverse colored parts in the photo showcase our integrated capacity for precision machining and professional surface finishing, balancing functionality, durability and visual quality. All these sleeves, stepped shafts, multi-hole bases and hollow cylinders are manufactured via CNC turning and milling composite processing. Complex features including inner cavities, positioning holes, stepped contours and notches are formed in one complete cut. We maintain strict micron-level tolerances for every dimension, ensuring tight, smooth assembly between matching components. Every piece undergoes full deburring to deliver seamless, scratch-free machined surfaces. A standout advantage is our customizable anodizing treatment. We offer vibrant blue, bright red, matte black and natural silver finishes to match clients’ equipment design standards. The uniform oxide coating delivers dual benefits: it strengthens the aluminum’s resistance to corrosion and abrasion for long service life, while creating consistent, rich color across curved and recessed surfaces, elevating the premium look of finished machinery. We provide full one-stop OEM customization services. Clients can submit CAD drawings or physical samples for fast prototype sampling, with flexible production support for small trial batches and large-volume mass orders. Each finished part passes rigorous dimensional and surface quality checks before shipment. From miniature sleeves to multi-port mounting blocks, our machining factory delivers tailored aluminum solutions. We combine precise multi-axis cutting and versatile anodizing options to supply reliable custom metal parts for industrial manufacturers worldwide.

High-quality CNC machined aluminum components balance strict engineering accuracy and refined surface aesthetics, widely used in automation equipment, electronic heat dissipation, instrumentation and mechanical hardware. Our integrated manufacturing process delivers reliable custom parts for prototype testing and mass production.  Every component adopts multi-axis milling and turning to guarantee micron-level precision. We craft clean, burr-free smooth machined edges and accurately shaped engineered grooves, ensuring perfect assembly matching. Complex hollow housings, multi-hole flanges and thin heat sink panels maintain uniform dimensional consistency across batches. Our standout uniform anodized coating brings both functional and visual advantages. We offer customizable colors including red, blue, green, orange, purple, matte black and natural silver. The dense oxide layer effectively resists corrosion and scratches, extending service life while presenting an even, flawless metallic luster on curved and recessed surfaces. We provide full OEM one-stop customization service. We evaluate CAD drawings, produce fast samples, and support flexible small-batch and large-volume orders. Every finished product undergoes strict dimensional and surface quality inspection before delivery. Whether you need cooling plates, fixture brackets, valve housings or special connecting fittings, our machining factory tailors aluminum parts to your exact drawings, combining precise machining and premium surface finishing to meet industrial and commercial manufacturing demands.  

Many manufacturers of automation and robotic equipment, when customizing machine processing parts, not only require precise dimensions, but also hope that the parts can distinguish assembly stations and enhance the overall quality of the machine. This multi-color anodized aluminum custom part is an intuitive display of the one-stop solution for non-standard processing. Traditional standard aluminum parts are mostly in original colors and have a simple structure, making it difficult to adapt to the exclusive installation structure of the equipment. Relying on CNC turning and milling combined processing and CNC five-axis machining, we can process complex and irregular structures such as flanges, square shells, and multi-tooth couplings according to customer drawings and samples. The inner holes, installation holes, and positioning steps are formed at one time, with precise dimensional tolerance control, meeting high-precision usage requirements for transmission, connection, and module positioning. The material is 6061/7075 aviation aluminum, which is lightweight while ensuring structural strength. The most distinctive feature is the multi-color anodizing process. Just like the multi-color zoning coloring shown in the picture (blue, orange, red, silver, yellow-green), it can distinguish parts according to functional modules, making it easy to identify during assembly, and can prevent rust and wear, while significantly enhancing the appearance quality of the equipment, different from the uniform metal color parts. The customization process is simple and efficient: providing drawings allows for free optimization of processing methods, and supports small-batch prototyping and large-batch mass production. After processing, a complete set of processes such as anodizing, polishing, tapping, and pressing bearings are provided, and the finished products are shipped after full-size inspection, without requiring customers to handle external affairs again. The products are widely used in robot joints, automation transmission modules, instrument casings, drone connection parts, etc. If your equipment requires non-standard structure, color distinction, and lightweight precision aluminum parts, one-stop CNC custom processing that takes into account precision, durability, and appearance design can solve all processing requirements in one step.

  Small precision metal components used in automation, medical devices, and testing instruments may seem insignificant, yet they directly determine the overall machine's operational accuracy. Conventional standard parts have simple structures and are difficult to match the specific spatial constraints and operating conditions of specialized equipment, making precision CNC custom machining an essential requirement for the industry.

We offer customized processing of stainless steel, titanium alloy and aluminum alloy discs, suitable for various scenarios such as hardware knobs, tank caps, dental molds, and equipment counterweights. Surface treatments include mirror polishing, sandblasting, and passivation, providing rust prevention and wear resistance. There are no strict size limitations; from small decorative knobs to industrial thickened discs, they can all be mass-produced in batches. Small batch prototyping is supported, and stable delivery of large orders is guaranteed. The entire production process, from drawing, cutting, fine machining to quality inspection, is independently processed, eliminating the price differences of middlemen. Whether it's home hardware, medical equipment or industrial equipment accessories, we can provide exclusive customized solutions, taking into account precision, appearance and durability, to provide stable and reliable metal disc components for various assembly products.