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Marigold Automation Industry Advantages

We provide custom contract manufacturing for a full range of industrial machinery and automation system components. Covering mechanical structural parts, motion accessories and equipment housings, our flexible production model adapts to customized demands across different industrial scenarios. Supported by standardized operation and complete in-house processing capacity, we deliver reliable custom parts for prototype testing, small-batch trial and volume production.

Full one-stop CM custom manufacturing solution

Fast production turnaround and flexible lead time

No minimum order quantity for all custom projects

Wide range of material options

Core Manufacturing Processes

Fast turnaround machining for automation motion parts, transmission components and machinery brackets, with flexible customization and fast turnaround.

CNC Machining

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Plastic Injection Molding

Injection molding for automation sensor housings, guide parts and wear-resistant plastic components, with diverse material options and no MOQ restriction.

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Sheet Metal Fabrication

Rapid sheet metal fabrication for equipment enclosures, structural frames and mounting plates, supporting one-stop manufacturing from design to delivery.

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Surface Treatment

Nitriding, hard anodizing and plating for industrial moving parts, improving wear resistance and extending service life, supported by standardized processes.

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Typical Application Scenarios

Automation Industry

Automation Lines

Transmission Systems

Industrial Machinery

What Materials Work Best for Industrial Automation Applications

We offer diverse material options to match different working conditions and functional requirements.

6061/7075 aluminum alloys are ideal for lightweight automation frames, heat sinks and structural parts, offering high strength-to-weight ratio and good machinability.

4140/42CrMo alloy steel is widely used for high-stress shafts, gears and transmission components, offering excellent strength, toughness and wear resistance for long-term cyclic loading.

304/316 stainless steel is used for corrosion-resistant structural parts and equipment housings, suitable for harsh industrial environments with high humidity or chemical exposure.

Engineering plastics including PEEK, POM and Nylon are commonly used for low-friction moving parts, guide components and wear-resistant parts, offering self-lubricating properties and chemical resistance.

Brass/bronze alloys are used for conductive components and wear-resistant bushings, offering good machinability and anti-friction properties for automation systems.

4-Step Order Process

Step 1：
Submit OEM RFQ

Step 2:
1–24H Quote & DFM

Step 3:
Fast Production

Step 4:
Inspection & Global Delivery

Submit your OEM RFQ via online form or email—fast, simple, and tailored for custom precision parts.

Get your OEM quote in 1–24 hours, plus free DFM analysis to validate manufacturability.

Confirm order & launch 3–7 day production under strict ISO 9001/13485 standards.

100% full inspection of all parts, then we arrange fast global shipping via DHL/FedEx/UPS, with real-time tracking for your order.

FAQ

Can you fabricate non-standard custom components for automation machinery?

Yes. We specialize in non-standard industrial automation parts customization. Integrated services of CNC machining, sheet metal fabrication and injection molding are available to develop exclusive structural parts according to customers’ drawings and technical specifications.

What materials are commonly used for industrial automation parts?

We process a full range of dedicated materials for automation equipment, including aluminum alloy, stainless steel, carbon steel, and engineering plastics. All materials feature high rigidity and wear resistance for long-term continuous industrial operation.

Do you provide durable surface finishing for industrial automation parts?

We offer professional automation equipment surface treatments such as anodizing, powder coating, passivation and hard polishing. These finishes improve wear resistance, corrosion resistance and structural stability, adapting to long-cycle working conditions in factory environments.