Rust/stain-resistant, CNC-friendly — perfect for medical equipment, kitchen appliances, architectural CNC components, and automotive parts.

High-tensile strength, versatile for CNC machining — suited for structural components, tools, and machinery parts (specialized subtypes enhance performance).

Low-friction, excellent electrical conductivity, and CNC-machinable — used for handles, automotive terminals, musical instruments (golden finish boosts aesthetic appeal).

· H59

· H62

Superior thermal/electrical conductivity, ductile, corrosion-resistant, weldable — ideal for precision CNC components needing conductive properties.

CNC-machinable for high-performance parts — used in aerospace, medical/surgical equipment, compressor blades, airframe components, and marine/military parts.

· Ti6AL-4V

· TC4

· TC5

· Ti-6Al-4V-ELI

Biodegradable, corrosion-resistant; our go-to Zamak 3 has copper-like machinability (gentler on CNC tools) — used for automotive shells, small motor casings, complex housings.

· Zamak 3

· Zamak 5

Diverse specialty materials (high-temperature resistance, enhanced hardness, lightweight properties) — support specialized CNC mechanical project needs.

High hardness, wear resistance, dimensional stability — perfect for CNC-machined mechanical transmission components (gears, lead screws).

Available Colors: 
Natural (pale yellow/milky opaque), white, black, red, blue, and green.

High light transmittance, weather resistance, shapeable — suited for CNC-machined optical parts and display props.

Available Colors: 
Transparent (high-light-transmittance classic), white, black, red, blue, yellow, orange, green, purple, and pink.

High strength, impact resistance, dimensional stability — used for CNC-machined optical/protective components and electronic enclosures.

Available Colors: 
Transparent (high-light-transmittance common), white, black, gray, red, blue, yellow, green, and orange.

High-temperature/chemical resistance, strong mechanical properties — ideal for CNC machining in aerospace/medical high-end components.

Available Colors: 
Natural (brownish-tan), black (carbon-black modified), red and blue.

Lightweight, flexible, chemically resistant — fits CNC-machinable food-contact parts, medical light-duty components, and daily goods.

Available Colors: 
Natural (semi-transparent), White, gray, blue, green, yellow, orange, red and purple.

High-temperature/hydrolysis resistance, mechanical strength — used for CNC-machined medical components (baby bottles) and high-end electronics.

Available Colors: 
Transparent (amber semi-transparent, iconic), black (modified), light blue and light green.

Polishing is a precision process for CNC machined parts, creating smooth, glossy surfaces via physical rubbing or chemical treatment. It’s compatible with common CNC-machined metals (aluminum, brass, stainless steel, tool steel) and ideal for CNC prototypes or production components that need enhanced aesthetics, reduced friction, or improved dimensional uniformity.

Sandblasting delivers uniform matte-textured surfaces for CNC machined rapid prototypes and components. It’s used for visual-focused applications and acts as a pre-treatment (e.g., for anodizing) to boost coating adhesion.

This service works with diverse CNC machinable materials (ABS plastic, aluminum, brass, stainless steel, tool steel)—aligning with prototype and low-volume production needs.

Painting is a versatile treatment for CNC machined industrial parts and consumer goods. We offer customizable finishes: matte, glossy, textured, soft-touch coatings, plus unlimited color options.

At Marigold Rapid, we use Pantone/RAL color codes for precise matching; we also accept customer golden samples to align with your design vision for CNC-machined components.

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Powder coating is a high-durability treatment for CNC machined parts: applied as dry powder (electrostatically) and cured with heat/UV light (no evaporating solvents).

Our service includes standard black/white finishes, custom RAL/Pantone colors, and matte/glossy textures—ideal for CNC-machined components needing long-lasting wear/corrosion resistance.

Electroplating modifies CNC machined parts’ surface properties for functional needs. Key benefits for CNC-machined components include:

· Enhanced wear resistance for high-friction parts
· Increased metal surface thickness for durability
· Boosted electrical conductivity (e.g., copper plating for electrical parts)
· Reduced friction for mechanical transmission components
· Improved surface uniformity for precision assemblies