Blog

Optoelectronic and optical research equipment have dual strict requirements for structural components: micrometer-level assembly accuracy, and a stable and aesthetically pleasing anode appearance. Recently, a complete set of aluminum components for optical SLED light source equipment was processed, covering instrument heat dissipation shells, optical bases, optical path fixtures, protective sleeves, and other non-standard parts. The raw material used is 6061 aluminum alloy, which is machined into one piece using CNC precision milling. The parts include irregular cavities, heat dissipation ribs, hollow supports, and positioning installation holes. The processing process strictly controls form and position tolerances to effectively avoid assembly deviations that may interfere with the stability of the optical path. The surface supports multi-color hard anodizing, polishing, etc. The surface layer is wear-resistant and corrosion-resistant, with uniform color and no flaws, meeting the appearance standards of high-end instruments. We provide one-stop processing services to adapt to the processing of R&D prototypes for small batch prototyping. After maturity, it can directly transition to mass production. The products are widely used in SLED broadband light sources, spectral detection equipment, optical fiber sensing instruments, laser modules, and laboratory optical fixtures and clamps. If you have non-standard aluminum part processing needs, please send the drawings for consultation on process evaluation and quotation.

Whether it is the heat dissipation profiles for the equipment casing, the optical module cavities, the connection and fixation brackets, or various special-shaped aluminum alloy structural components, all can be customized according to non-standard requirements. The product offers a variety of surface treatments: polishing, hard anodizing, micro-arc oxidation, electroplating, etc. Strictly control the processing accuracy, ensure that the finished products are properly deburred and cleaned, meeting the standards for precise assembly. Complete the machining and surface treatment in one step, eliminating intermediate connection links, and deliver non-standard aluminum components efficiently.  

The production of products includes non-standard structural components such as equipment installation bases, special supports, positioning fixture housings, ring-shaped fasteners, and cavity housings. These can be processed by reverse molding based on drawings and samples. High-precision machines control tolerances, and are suitable for use in various scenarios such as automation equipment, inspection fixtures, vehicle accessories, instrument housings, and drone structural components. Supports small-batch prototyping to large-scale mass production. Both incoming material processing and incoming drawing customization are available. This eliminates intermediate transfer steps and strictly controls dimensional accuracy and surface treatment quality. Professional CNC processing combined with mature surface treatment processes provides stable and reliable customized metal component solutions for industrial equipment and intelligent equipment.

Unique advantages of customized non-standard products: Based on customer drawings and samples, reverse measurement can be conducted freely to adjust the overall curvature, hole diameter size, reinforcement plate thickness, and installation hole layout. Small batch prototyping can be delivered within 3-5 days. Large-scale stable production is possible. The tolerance can be controlled within ±0.01mm, meeting the gap requirements for precise assembly. Whether it's industrial equipment fixing brackets, remote control model modification parts, instrument and meter support bases, various irregularly shaped circular arcs and irregular aluminum alloy structural components, all can be customized based on drawings and samples. We reject the constraints of standardized parts and use precise CNC processing to implement exclusive components, suitable for personalized production needs such as niche equipment modification, special equipment matching, and automation equipment renovation.

We offer full-process custom manufacturing: based on customer drawings or samples, we perform reverse engineering and machining of materials including aluminum alloy, stainless steel, brass, and engineering plastics. Our capabilities cover lathes, milling machines, walking beam lathes, and 4-axis CNC precision finishing. We handle both small-batch prototyping and large-scale mass production, supporting complex features such as threads, countersinks, grooves, and irregular curved surfaces. Surface treatments include anodizing, sandblasting, laser engraving, chrome plating, and passivation. Whether it's model modification parts, automation equipment components, fixtures and jigs, or outdoor gear accessories, we provide one-stop solutions from design to finished product. With strict control over machining accuracy and surface quality, we shorten delivery cycles and deliver high-value, precision machined components for export manufacturers and equipment suppliers.

Our factory, relying on CNC lathes and CNC five-axis milling equipment, can undertake the customized processing of non-standard metal parts such as the flange-type positioning shaft, eccentric flange base, and hollow flange joint shown in the figure. Whether it is standard solid flange plugs, hollow oil-passing flange bases, or eccentric notched special-shaped flange parts, small-batch samples, large-scale mass production can all be flexibly handled. We support one-stop services including drawing and sample provided, reverse measurement mapping, drawing output, etc. If there is a need for non-standard flange shaft precision parts processing, we can directly provide drawing dimensions, material requirements, surface processing, quickly issue processing quotations and production cycle plans, and ensure the stable supply of mechanical equipment components.

We can undertake the customization of various non-standard and special-shaped parts: starting from the reverse measurement of customer's two-dimensional drawings, three-dimensional models, and samples, we complete the entire process of raw material selection, rough and fine processing, deburring, surface polishing, anodizing, tapping and drilling. Whether it's mechanical cranks, equipment brackets, modified connection bases, or workholding fixtures, we can adjust the material according to the customer's requirements, and offer flexible solutions for small batch prototyping to large-scale mass production. The core of precision processing lies in detail control: anti-deformation technology for thin-walled structures, calibration of coaxiality for deep holes, protection of sharp edges and chamfers, and for outdoor usage needs, hard anodizing can also be done to enhance wear resistance and corrosion resistance. We refuse to use general-purpose parts for rough processing, and based on the actual working conditions of the equipment, we optimize the structure to reduce assembly errors and post-failure rates. If you have the need for non-standard mechanical parts, special structural parts, or equipment modification and assembly parts customization, you can provide drawings or samples. We will quickly provide a process plan and a quotation, and use precise CNC processing to ensure the stability and service life of the parts.

This product is a high-strength aluminum alloy precision machined housing component. It is manufactured through a five-axis CNC integrated milling process to form a single piece. It is suitable for customized assembly scenarios such as hydraulic valve bodies, power chambers of construction machinery, and installation bases for automated equipment. It can be produced on demand for single pieces or in batches based on customer drawings, three-dimensional models, or samples.  We offer custom production based on provided drawings and samples: The materials can be switched between aluminum alloys, steel, stainless steel, etc.; subsequent services include sandblasting, polishing, hard anodizing, electroplating, ultrasonic cleaning, etc. for a complete set of surface treatment. Small batch samples can be quickly prototyped, and large batch products can be steadily mass-produced. We strictly control the three-coordinate size inspection and conduct full inspection of form and position tolerances upon delivery. We provide high-reliability structural customized components for construction machinery, hydraulic equipment, new energy equipment, and industrial automation equipment. The delivery cycle is flexible, and we can provide compliant packaging and material support to meet the requirements of foreign trade orders.

This golden aluminum alloy earpiece is made from aviation aluminum alloy. It is precisely formed through five-axis CNC integrated milling. The round holes and long slot holes are precisely processed at one time, with smooth edges without burrs. The surface is treated with hard anodizing, which combines wear resistance, corrosion resistance and a brilliant appearance. It is further engraved with the brand logo, model code and origin identification through laser engraving. It can be fully customized according to customer drawings and samples throughout the process: materials can be selected from aluminum, steel, copper, titanium, etc. Surface treatments such as anodizing, sandblasting, electroplating and screen printing are supported. Small batch prototyping and large batch production can be undertaken. It is suitable for custom requirements in various scenarios such as automotive modification, construction machinery, equipment connection parts, and workbench plates.

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.