Strengthen your hardware with protective anodizing. Our electrochemical treatments provide essential corrosion resistance and heat dissipation, extending the operational lifespan of high-performance robot parts.
We deliver professional Type II and Type III anodizing for robotic parts, providing superior corrosion resistance and surface durability.
RobotCNCParts’s advanced anodizing capabilities offer customizable colors, oxide layers up to 50 microns, and fast 3–5 day turnaround, ensuring precision-finished robot components with enhanced wear protection and consistent performance.
Anodizing creates a protective oxide layer that helps metal resist rust and environmental damage.
Anodized parts last longer in demanding environments, even with frequent use.
Anodizing provides a clean, uniform finish and allows for a wide range of colors.
Anodized surfaces are easy to clean and require little upkeep.
| Finish | Purpose | Thickness (typ) | Wear | Colorability | Notes |
| Type I – Chromic Acid | Corrosion protection for precision, tight-tolerance parts | 5–15 µm | Low | Limited | Minimal dimensional change; ideal for delicate connectors and small components |
| Type II – Sulfuric Acid | General corrosion resistance for structural and functional components | 10–25 µm | Moderate | High | Can be dyed; widely used for frames, panels, and general robotic parts |
| Type III – Hardcoat (Sulfuric Acid) | High-wear protection for sliding and high-friction surfaces | 25–100 µm | High | Moderate | Excellent abrasion resistance; suitable for joints, grippers, actuators |
| Type IV – Micro-arc Oxidation | Extreme hardness and corrosion resistance for high-performance applications | 50–200 µm | Very High | Low | Ceramic-like layer; used in aerospace-grade or industrial robot parts |
| Anodized Color Options | Visual coding, aesthetic finishes | N/A | N/A | High | Maintains protective qualities while providing customizable color for panels and covers |
Get quick insights about our anodizing capabilities, quality standards, and global delivery for robotic components.
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