Advanced Rail Transit Simulation System with Software Platform

Basic Information

Model NO.	Customized	Surface Treatment	Spray Painting, Painting, Electroplating
Machining Method	Bending, Riveting and Welding	Material	SPCC, SPHC/Shcc, Secc/SGCC
Thickness	Generally 0.2-12mm	Processes	Laser Cutting, Bending, Welding, Secondary Machining
Color	Custom Color (RAL Available)	Drawing Format	Step / STP / IGS / DWG / DXF / PDF
Lead Time	Sample: 5-10 Days / Mass: 15-30 Days	Application	Industrial Equipment, New Energy Power Sources
Production Capacity	5,000 Sets Per Month	Origin	China

Product Description

Sheet Metal Enclosure

Sheet metal enclosures refer to thin metal shells or enclosures manufactured through processes such as cutting, stamping, bending, and forming. Our products range from precision electronic chassis to large equipment protective covers, meeting diverse needs such as protection, shielding, aesthetics, and structural support.

Our production is managed under certified quality, environmental and safety management systems, ensuring consistent quality and reliable delivery for industrial enclosure applications.

⭐ Product Features

High-precision laser cutting
CNC bending
Reasonable structural design
Fine surface finish
Integrable

🚀 Product Advantages

Rapid Prototyping and Mass Production
High Cost-Effectiveness
Design Support

🔧 Product Applications

Communication and Network Equipment
Industrial Electrical
Medical Devices
Consumer Electronics

Technical Specification

Project	Parameter Range
Material	Carbon Steel / Stainless Steel / Aluminum Alloy
Plate Thickness	0.5– 6.0 mm
Processing Technology	Laser Cutting / Bending / Welding / Riveting
Dimensions	Customized according to drawings
Surface Treatment	Powder Coating, Painting, Brushing, Anodizing
Assembly Method	Screws / Riveting / Welding

Production Process

1. Technical Review & EngineeringReviewing customer drawings to confirm structure and material feasibility.

2. Material PreparationSelecting raw materials according to specifications for traceability.

3. Laser Cutting & Tube ProcessingPrecision cutting for accurate profiles and clean edges.

4. Bending & FormingCNC bending and rolling to ensure dimensional consistency.

5. Welding & AssemblyUsing MIG, TIG, or robotic welding based on structural needs.

6. Machining & FinishingDrilling, tapping, and milling for precision interfaces.

7. Surface TreatmentPowder coating, painting, or polishing for corrosion resistance.

8. Inspection & Quality ControlFinal dimensional checks and visual inspection before packing.

9. Packing & DispatchSecure packing for safe handling and transportation.

Manufacturing Excellence

Our manufacturing system and welding processes are certified in accordance with ISO 9001, ISO 14001, ISO 45001, ISO 22163, IATF 16949 and EN 15085-2, supporting high-standard fabrication for industrial, automotive and railway applications.

📦 Packaging & Shipping

For regular components, we use cartons, pallets, and wooden cases. For large welded structures, we provide customized steel frame packing and reinforced crates. We are experienced in container loading and overseas shipping protection.

Frequently Asked Questions

What materials can you process for sheet metal fabrication?

We commonly process carbon steel, stainless steel, aluminum, and other metal alloys, depending on the specific requirements of your project.

Do you support custom OEM or project-based manufacturing?

Yes, we specialize in custom fabrication. We produce parts and assemblies based on customer-provided drawings, technical specifications, or physical samples.

Can you handle both large structures and small precision parts?

Absolutely. Our facility is equipped for both large welded steel structures (like machine bases) and standard precision sheet metal components.

How do you ensure the quality of the products?

Our manufacturing system is certified under ISO 9001, 14001, and 45001. Quality control is integrated into every step, from raw material inspection to final welding and machining checks.

What is your typical lead time for production?

For samples, the lead time is usually 5-10 days. For mass production, it typically ranges from 15 to 30 days depending on the project complexity.

What packaging methods do you use for international shipping?

We use reinforced wooden crates, steel frames for heavy items, and standard pallets/cartons with protective films to ensure zero damage during long-distance sea or air freight.