Customized CNC turning parts utilize precision drawing techniques to shape stainless steel or aluminum alloys (6061/7075) into components with ±0.01mm tolerances for automotive or aerospace system. Anodized aluminum parts feature enhanced corrosion resistance, electrical insulation, and aesthetic durability through customizable color coatings‌. These processes ensure compliance with ISO-certified standards for threaded connectors, housings, or structural assemblies requiring vibration resistance‌. Surface treatments like polishing or sanding optimize functionality in high-temperature environments while maintaining lightweight properties‌. OEM/ODM services support tailored geometries, batch production, and quality validation for industrial or electronic applications‌.

Custom CNC machining parts in stainless steel (AISI 303/304) and aluminum alloys (6061, 7075) offer precision (±0.01mm tolerances) for automotive, aerospace, and industrial applications‌. These components feature polished, sanded, or anodized finishes to enhance corrosion resistance and aesthetic durability‌. OEM/ODM services support prototyping to mass production with ISO-certified quality control, ensuring compatibility with complex geometries and mechanical assemblies‌. Stainless steel provides high tensile strength for structural stability, while aluminum combines lightweight properties with electrical conductivity‌. Surface treatments and material certifications align with industry standards for machinery parts and electronic systems‌es‌

Precision stainless steel (AISI 303/304) CNC lathe machining parts for car audio systems deliver corrosion resistance and structural stability in automotive environments‌. These components, such as housings and connectors, feature ±0.01mm tolerances and polished/sanded finishes to ensure seamless integration with audio electronics‌. Stainless steel’s durability supports vibration resistance and long-term reliability in high-temperature or humid conditions‌. Customizable through OEM/ODM services, they adhere to automotive industry standards for electrical and mechanical performance‌. Surface treatments enhance aesthetics while maintaining compatibility with audio system assemblies

Customized auto CNC turning parts in stainless steel (AISI303/304) and aluminum alloys (6061, 7075) feature ±0.01mm tolerances, polished/sanded finishes, and compatibility with automotive, aerospace, and industrial machinery‌. Anodized aluminum components enhance corrosion resistance and electrical insulation, while stainless steel offers high tensile strength for threaded flanges or structural assemblies‌. OEM/ODM services cover prototyping to mass production, including complex geometries, surface treatments, and ISO-certified quality control for motorsport or electronic systems‌.

Precision anodized CNC turning parts in aluminum (6061, 7075) and copper alloys provide enhanced corrosion/wear resistance through electrochemical oxide layers, ideal for automotive, aerospace, and electronics housings‌. Custom OEM services deliver tight tolerances (±0.01mm), polished/sanded finishes, and compatibility with complex geometries for mechanical components and motorcycle parts‌. Anodized aluminum ensures electrical insulation and aesthetic durability, while copper machining supports thermal/electrical conductivity in industrial systems‌. ISO-certified fabrication includes prototype-to-mass production with surface treatments tailored for motorsport or machinery applications‌.

Precision aluminum CNC turning parts with anodizing (enhanced corrosion/wear resistance) and stainless steel machine components (AISI303/304) are fabricated for aerospace, automotive, and industrial machiner. Anodizing creates durable, non-conductive oxide layers on aluminum, while stainless steel offers high tensile strength and rust resistance‌. Custom fabrication includes tight tolerances (±0.005mm), surface finishing (polishing/sanding), and ISO-certified quality control‌. Both materials support OEM/ODM services for engine parts, housings, and precision mechanical systems‌.Precision aluminum CNC turning parts with anodizing (enhanced corrosion/wear resistance) and stainless steel machine components (AISI303/304) are fabricated for aerospace, automotive, and industrial machinery‌. Anodizing creates durable, non-conductive oxide layers on aluminum, while stainless steel offers high tensile strength and rust resistance‌. Custom fabrication includes tight tolerances (±0.005mm), surface finishing (polishing/sanding), and ISO-certified quality control‌. Both materials support OEM/ODM services for engine parts, housings, and precision mechanical systems‌.

High-precision aluminum alloy (6061, 7075, 2024) automotive CNC turning parts ensure durability and corrosion resistance for motorsport and industrial applications ‌. Custom OEM services cover stainless steel (AISI303, 304) and aluminum solutions, tailored for electronic housings, mechanical components, and motorcycle parts ‌. These parts feature tight tolerances, anodized finishes, and compatibility with aerospace, automotive, and machinery sectors ‌.

Custom CNC machining services for 6061 (high-strength aerospace-grade with anodized finish)‌5, 7075, and 2024 aluminum alloys, offering precision turning parts with excellent durability and corrosion resistance for automotive, aerospace, and industrial applications. Competitive pricing based on order volume‌

Welding frame CNC metal fabrication combines laser cutting (±0.05mm precision), CNC bending, and structural welding to produce high-strength steel or aluminum components for robotics, automotive frames, or industrial machinery‌. This integrated process ensures dimensional accuracy (0.005-0.01mm tolerance) through digital nesting and automated toolpath programming‌. Advanced welding techniques like laser fusion minimize heat distortion while maintaining corrosion-resistant joints critical for load-bearing structures‌. Post-fabrication treatments (e.g., powder coating) enhance surface durability without compromising geometric precision‌. Ideal for custom enclosures or chassis requiring rigid, lightweight designs with complex geometries‌.

OEM CNC metal fabrication services integrate laser cutting and sheet metal forming to produce precision components (±0.05mm tolerance) from materials like aluminum or stainless steel‌. The process includes CNC-guided cutting, bending, and welding to create enclosures, brackets, or structural parts tailored to automotive or industrial applications‌. Laser cutting ensures intricate designs with minimal material waste, while surface treatments (e.g., powder coating) enhance corrosion resistance‌. This end-to-end workflow supports prototypes to bulk orders, combining digital precision with ODM/OEM customization for functional and aesthetic consistency‌

OEM aluminum laser cutting and CNC stainless steel bending services deliver customized metal components (±0.05mm tolerance) for industries like automotive and electronics‌. Laser cutting ensures intricate designs on aluminum sheets, while CNC bending shapes stainless steel into durable brackets or enclosures resistant to corrosion‌. Integrated fabrication processes, including welding and surface finishing (e.g., polishing), enhance structural integrity and aesthetics‌. The OEM-focused workflow combines digital precision with scalable production, supporting prototypes to bulk orders with minimal material waste‌. Ideal for lightweight aluminum housings or high-strength stainless steel parts requiring tight tolerances and customized geometries‌.

Odm Precision Laser Cutting CNC Metal Fabrication Stainless Steel Sheet Metal Service a. It can be customized with drawings and samplesb. Confidentiality agreements for products, drawings and document……