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For non‑standard equipment and modification projects, complete aluminum parts need both high precision and reliable anti‑corrosion performance. CNC‑machined kits with anodized finishes are widely trusted by engineers. This assembly includes flange bases, multiple sleeves and matching fasteners. All parts are manufactured by integrated CNC turning & milling. Strict tolerance control guarantees perfect fitting and stable operation. Vibrant blue and red hard‑anodized finishes improve wear resistance and corrosion protection. The anodized layer safeguards aluminum substrates against abrasion and humid working conditions, extending service life. We provide drawing‑based custom service. Dimensions, tolerances and anodizing colors can be adjusted for your project. Both prototype sampling and small‑batch serial production are available. These components fit automation equipment, machinery modification and test fixtures. Quality mechanical parts deliver accurate dimension, durability and fine appearance. Send us your drawings for your custom solution.

For transmission systems, automated machinery and precision tooling, rotary flange parts with mounting holes, threaded holes and internal keyways serve as core components for power transmission and positioning assembly. These parts combine outer circular profiles, step faces, circumferential holes and internal keyways, demanding strict geometric tolerance, accurate hole indexing and superior surface finish. It is challenging to produce such complex flanges. Combined rotational and non‑rotational features require turn‑mill composite machining. All turning, drilling, tapping and keyway milling operations are finished in one setup, avoiding cumulative errors caused by repeated clamping and ensuring interchangeability during assembly. The stainless‑steel flange shown integrates counter‑sink holes, threaded holes, locating holes and internal drive keyway. Completed by integrated turn‑mill machining, it delivers smooth high‑quality surface, precise hole indexing and well‑fitted keyway. Widely used for transmission connection, tool adapter and spindle assembly. Custom material options include stainless steel, alloy steel and aluminum. Non‑standard bore size, special keyways and seal grooves are available. We support prototype sampling and mass‑volume production. For equipment refurbishment, import‑part replacement or new project development, send your CAD drawing for manufacturability review and quotation.

When design meets CNC precision, unique body jewelry comes to life. This stainless steel piercing plug stands out with mirror‑polished surface, bringing a cool, glossy metallic finish. The delicate beaded texture along both flanges adds sophisticated decorative detail, while the multi‑hole central structure delivers distinctive visual character. Every contour, hole dimension and decorative edge is precisely machined under strict tolerance control. Made of high‑grade stainless steel, the material is skin‑friendly, corrosion‑resistant and long‑lasting. It resists daily wear, oxidation and discoloration, well‑suited for long‑time wear for piercing enthusiasts. We specialize in custom metal body jewelry solutions. Whether you have finished drawings, sample references or only conceptual ideas, our CNC workshop supports prototyping and bulk manufacturing. We handle the full workflow: material selection, precision machining, surface polishing and finishing treatment. Custom sizes, textures and special structures are all achievable according to your requirements. From independent jewelry brands to boutique piercing studios, we serve clients worldwide. Strict quality checks are carried out for every piece before shipment to guarantee consistent quality. If you are looking for reliable OEM & ODM partners for metal piercing accessories, feel free to send us your design. We will provide professional technical advice and competitive quotation for your next collection.

The key challenges in custom processing lie in several aspects: Different parts require differentiated surface treatments, including hard anodizing, natural polishing, and laser engraving marking, all to be completed simultaneously; There are multiple threaded holes and positioning slots with strict tolerances, ensuring interchangeability during later assembly; Multiple small-batch parts can be produced in mixed orders, balancing delivery time and cost. We support various materials such as aluminum, copper, and stainless steel, and can undertake custom orders based on drawings. From drawing review, process arrangement, CNC cutting, to surface anodizing, sandblasting, and laser engraving marking, we complete the delivery of the entire component set in one step, eliminating the need for customers to coordinate with multiple suppliers. Whether it's tooling fixtures, medical accessory parts, or equipment modification parts, small-batch prototyping to medium-batch production can all be adapted. We strictly control size tolerances, conducting size inspections for each batch to avoid assembly jams and excessive clearance issues. If you have non-standard part requirements, providing drawings or samples allows us to evaluate the processing plan and help your product be quickly launched.

From complex housings and special‑shaped brackets to various shaft sleeve accessories, non‑standard customization is available based on customers’ drawings and samples. Supported by CNC engraving and Swiss‑type lathe processing, hole‑opening, bending and multi‑surface forming of complex structures can be realized. Dimensional tolerances are strictly controlled to ensure the fitting performance of parts during assembly.   We undertake orders ranging from small‑batch prototyping to mass production for equipment structural parts, tooling accessories and consumer electronics housings. We provide drawing evaluation, quickly generate processing solutions, timely update production progress, implement strict quality control and lower customers’ trial‑and‑error costs.   Custom processing is more than just manufacturing parts; it matches your real‑world application scenarios. If you have requirements for non‑standard components, please feel free to provide drawings or samples, and we will deliver cost‑effective precision‑processed finished products for you.

The stable operation of industrial equipment is inseparable from the support of high-precision non-standard components. Facing the complex and diverse customized requirements with various specifications, CNC precision processing has become a reliable solution for achieving mass production of parts. The difficulties in customized processing mainly lie in multiple curved surfaces, irregular cavities, thread hole positions, and control of fit tolerances. Starting from the analysis of the drawings, we rely on the capabilities of turning and milling combined with centering machine processing to complete the cutting, precision cutting, and hole processing. Subsequently, we carry out a complete set of post-processing procedures such as anodizing, surface coloring, and laser engraving. We strictly control the dimensional tolerances to ensure the interchangeability of part assembly and avoid problems such as assembly jamming and excessive clearance. We can undertake customized processing of various metals such as aluminum, copper, and stainless steel, as well as some engineering plastics. We support small batch samples to large-scale production. Whether it is equipment tooling parts, instrument connection components, or non-standard mechanical parts, we can process according to the drawings or samples. Each batch of products will undergo size inspection, control of processing quality, and shorten the sample production and delivery period, adapting to the multi-industry requirements such as equipment and instrument integration.  Non-standard parts do not have standard ready-made products. Reliable processing manufacturers can reduce repeated mold modification and rework losses. We focus on precise customization, converting drawings into qualified physical objects, and helping customers' projects to be implemented quickly.

In addition to aluminum part processing, we can undertake customizations for various materials such as stainless steel and brass, and support engraving logo identifiers, sealing grooves, multi-step structures. From small-batch prototyping to mass production, we strictly control each process to complete the set of processes including turning, milling, drilling, tapping, surface oxidation, and laser marking. For non-standard part requirements, we can cooperate with customers to optimize the drawings and processes in advance to avoid processing difficulties and shorten the delivery cycle. Whether it is dental tooling fixtures or various instrument equipment parts, we strictly control the micrometer-sized dimensions to avoid assembly jams and tolerance deviations. Deeply specializing in precision machining, we balance appearance quality and mechanical performance to help medical device and industrial tooling customers create high-reliability components. Welcome to provide drawings or samples and discuss customized cooperation.

During the process of equipment development and iteration, special-shaped cavities and multi-installation position structural components are often the key to the overall performance of the machine. Conventional standard parts are difficult to meet the assembly and working condition requirements. Therefore, CNC customized processing has become the preferred solution for meeting the demand for non-standard components. From drawing analysis, process evaluation to milling processing and size inspection, the entire process provides support for non-standard customization. Whether it is small-batch prototype production or mass production, all can complete the processing of various complex-shaped components such as cavities, flanges, and heat dissipation housings based on the customer's drawings and 3D models. The material selection, tolerance grade, and surface treatment process can be adjusted as needed to meet the customized requirements of different industries such as automation equipment and instrument machinery, and solve the pain points for customers such as the difficulty in purchasing non-standard parts and the failure to meet precision standards.

Complex cavities and special-shaped heat dissipation structural components have always been the processing difficulties in precision equipment manufacturing. To meet the non-standard structural requirements of the equipment, we offer a full-process CNC customized processing service, capable of undertaking the development and production of high-difficulty components made of materials such as aluminum alloy. As shown in this set of aluminum alloy components, it includes circular cavities and heat dissipation profile components. The parts have numerous holes and complex special-shaped cavities, while also considering heat dissipation grooves and assembly positioning holes. It places high requirements on tolerance control, surface treatment, and clamping processes. Relying on multi-axis CNC machining centers, we complete integrated processing of milling, drilling, and tapping, strictly controlling positional tolerances, and perform bare anodizing treatment after processing. The finished product is smooth without burrs, and has high assembly compatibility. We support customizations based on drawings and samples, from small-batch prototyping to mass production. Whether it's for automated equipment, testing instruments, or internal structural components of photoelectric equipment, we can optimize process plans based on the drawings to solve the processing pain points of thin-walled, deep cavities, and special-shaped structures, and reduce later assembly interference problems. From raw material selection, process arrangement, precision machining, to surface treatment, inspection and shipment, we complete it all in one step, eliminating the hassle of multiple connections. Each batch of products undergoes size inspection to ensure part consistency and help customers' projects be implemented quickly. If you have non-standard component processing needs, please provide drawings for communication and evaluation.

Multiple precision aluminum alloy components shown in the picture are manufactured by integrated 5‑axis CNC milling, covering various structures including cavities, flange plates, brackets and special‑shaped rotary shells. Featuring numerous slots, multi‑hole positions and irregular cavities, these parts impose stringent requirements on tolerance control, surface finish and assembly mating surfaces. Every procedure is strictly controlled, ranging from raw material selection, programmed roughing and semi‑finish milling to precision finishing. In consideration of the material properties of aluminum alloys, cutting parameters are optimized to reduce machining deformation and ensure compliance of key dimensions such as flatness, aperture and positional tolerance. After deburring and cleaning upon completion of machining, workpieces feature uniform metallic surface texture and consistent precision of assembly holes to satisfy interchangeability requirements for equipment assembly. We support custom manufacturing based on customer‑supplied drawings, and undertake non‑standard part processing of diverse materials including aluminum alloy, stainless steel and copper, applicable to various scenarios such as automation equipment, testing instruments, aerospace supporting facilities and engineering machinery. Custom production of complex‑structured parts is available for both low‑volume prototype sampling and mass production. For complex multi‑feature components, simple secondary splicing is avoided and monolithic milling is prioritized to improve overall part strength and lower risks of assembly failure. Every detail is strictly monitored to deliver finished workpieces ready for direct assembly, helping customers shorten R&D cycles and guarantee reliable equipment operation. Backed by a professional process team and complete processing equipment, we provide one‑stop machining services from drawing evaluation and process planning to finished‑product delivery, solving diverse challenges in processing non‑standard precision parts.

The core of custom processing lies in fully understanding the actual needs of the customers. Starting from the drawing connection, we confirm the size tolerance, material selection, surface treatment, and assembly requirements. Various materials such as stainless steel and aluminum alloy can be processed. Whether it's a small batch sample or mass production, it can be achieved. Receiving drawings or sample replication, we follow up throughout the processing and testing process. Each product undergoes size verification to ensure that the parts can be directly assembled and used, reducing the cost of customers' secondary debugging. Facing complex non-standard structures, there is no longer a need to be limited by standard parts. Relying on mature machining processes, your equipment concept can be transformed into physical parts, solving the component problems in equipment renovation and equipment research and development. If you need customized non-standard components, please provide drawings for negotiation and cooperation.

The biggest challenges for non‑standard customization lie in the coaxiality of hole positions, thread fitting accuracy and flatness of the viewing window. We adopt precision CNC machining to strictly control dimensional tolerances. Deburring and cleaning are performed after machining to prevent scratches from sharp edges, ensure flat sealing surfaces and avoid leakage in later use.   We can replicate products based on customer drawings or samples. Modifications to dimensions, thread specifications and hole‑position layouts are supported. Available materials include 6061 and 7075 aluminum alloys, as well as stainless steel versions. Surface treatments such as natural finish, hard anodizing and sandblasting anodizing are optional.   Such panels are widely applied in inspection equipment, optical instruments, vacuum equipment and automated tooling. We accept orders ranging from small‑batch prototyping to mass production. Production will be arranged promptly upon drawing confirmation to deliver qualified machined parts.