custom milling parts
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ODM Części toczone CNC ze stopu aluminium z gwintem i czernieniem anodowym
ODM CNC Turned Aluminum Alloy Parts with Thread and Black Anodizing Item Details Material POM, Aluminum Alloy (e.g. 6061-T6 or as per requirement) Manufacturing Process CNC turning (lathe machining) Surface Treatment Black anodizing, Polishing, Plating, Powder Coating, etc. Color Black (custom colors available) Features External and internal threads, precise bore and grooves Thread Type Custom – metric or imperial (as per drawing) Dimensions Customizable – per customer
Obudowa przekładni aluminiowej obrobionej CNC o 5 osi dla silników lub systemów przesyłowych
5-Axis CNC Machined Aluminum Gearbox Housing for Motor or Transmission Systems Parameter Specification Material Aluminum 6061-T6 (customizable: 7075, 5052, etc.) Manufacturing Process 5-Axis CNC Machining Surface Finish Mirror Polished / Machined Surface / Custom Finishes Dimensions Custom per drawing (example: 150mm x 120mm x 80mm) Tolerance ±0.02mm (custom tolerances available) Thread Types Internal and external threads – metric/UNC optional Applications Gearbox Housing,
Wielofunkcyjna precyzyjna płytka aluminiowa frezowana CNC z symetryczną siatką perforową
Multi-Functional Precision Aluminum Plate with Symmetrical Perforated Grid Parameter Details Manufacturing Process CNC milling followed by precision drilling Material Aluminum alloy, etc Surface Finish Machined surface (custom finishes such as anodizing optional) Main Features - High-density hole array - Symmetrical pattern - Flat rectangular base with rounded corners Hole Type Through holes with precise spacing; possible countersinks or thread tapping Applications - Heat
Części obrotowe CNC Części precyzyjne CNC do urządzeń elektronicznych
Manufacturing Service Progress for CNC Precision Parts in Electronic Devices: Consultation and Quotation Customer Requirements Submission: Typically 2D/3D CAD files (e.g., STP, IGS, DWG formats), technical drawings (including tolerances, material, surface finish requirements), quantity, and expected delivery time. Technical Review & Feasibility Analysis: The supplier conducts a detailed technical review of the client's design to assess its feasibility for CNC machining. This
Aluminiowy radiator, część wytłaczana z aluminium do obudów komputerowych
A luminum extrusion process This heatsink is manufactured using an aluminum extrusion process . In this process, a heated aluminum billet is forced through a die with a specific cross-sectional profile under high pressure. This allows the creation of long pieces with uniform profiles, such as fins for heat dissipation. After extrusion, the parts are cut to length and may undergo secondary machining (like drilling, tapping, or CNC milling) to add features or improve precision.
Części obróbki CNC 5 osi Części aluminiowe CNC dla przemysłu motoryzacyjnego
Manufacturing Service Progress for CNC Aluminum Parts in Automotive Industry : Requirement Analysis & Project Initiation (1) Client Communication & Requirement Gathering: The supplier engages in in-depth discussions with the client (typically an automotive manufacturer or Tier 1 supplier) to understand specific project needs, including part function, performance, operating environment, material requirements, dimensional tolerances, surface treatment, and more. (2) Technical
Bloki cylindrowe silników ze stali nierdzewnej Części frezowania CNC o dużej objętości do części samochodowych
1. CNC Milling Process CNC milling is a highly precise machining process where rotating cutting tools remove material from a solid workpiece to create complex shapes and tight tolerances. It is ideal for high-volume production of engine cylinder blocks and other automotive components. The process is controlled by computer programs (G-code), ensuring consistency, repeatability, and excellent surface finishes. CNC milling supports both 3-axis and 5-axis machining, making it
Części ze stali nierdzewnej CNC drukowane w 3D do narzędzi i form
Service Process for 3D Printed and CNC Stainless Steel Parts in the Field of Tools and Molds In the field of tooling and mold manufacturing, the service process for 3D printed and CNC (Computer Numerical Control) stainless steel parts has its unique characteristics. This is because these applications have extremely high demands for precision, durability, and efficiency. Below is a detailed service process tailored to this specific application scenario. The advantage of 3D
Części obracające z mosiądzu CNC do dekoracji architektonicznej
Service Process for CNC Brass Turning Parts for Decorative and Architectural Use For CNC brass turned parts used in decorative and architectural applications, the service process places a special emphasis on surface treatment and aesthetic quality. Here is a typical service workflow: 1. Design Consultation and Drawing Review (1) Client Communication : The client provides the product concept, intended use, and aesthetic requirements. The service provider will engage in a
