Rail Transit Simulation System for Operator Skill Assessment

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Product Description

ℹ️

Basic Specifications

Model NO.
customized
Material
SPCC, SPHC/Shcc, Secc/SGCC, Stainless Steel, Aluminum
Surface Treatment
Powder Coating, Spray Painting, Electroplating
Thickness
Generally 0.2-12mm
Processes
Laser Cutting, Bending, Welding, Secondary Machining
Lead Time
Sample: 5-10 Days / Mass Production: 15-30 Days
Capacity
5,000 Sets Per Month
Origin
China
🛠️

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.

Sheet Metal Enclosure Manufacturing

🌟 Product Features

  • High-precision laser cutting
  • CNC bending & forming
  • Reasonable structural design
  • Fine surface finish
  • Easy integration

🚀 Product Advantages

  • Rapid Prototyping & Mass Production
  • High Cost-Effectiveness
  • Professional Design Support
  • Reliable Material Quality

🏭 Applications

  • Communication & Network Equipment
  • Industrial Electrical Control
  • Medical Device Housing
  • Consumer Electronics
📋

Technical Parameters

Project Parameter Range
MaterialCarbon Steel / Stainless Steel / Aluminum Alloy
Plate Thickness0.5 – 6.0 mm
Processing TechnologyLaser Cutting / Bending / Welding / Riveting
DimensionsCustomized according to drawings
Surface TreatmentPowder Coating, Painting, Brushing, Anodizing
Assembly MethodScrews / Riveting / Welding
⚙️

Production Workflow

Production Process Flow
1. Technical Review & EngineeringReview drawings to confirm materials, structure, and welding methods.
2. Laser Cutting & Tube ProcessingHigh-accuracy cutting for clean edges and precise profiles.
3. Bending & FormingCNC bending and rolling to ensure dimensional consistency.
4. Welding & AssemblyMIG, TIG, or Robotic welding tailored to structural needs.
5. Surface FinishingGrinding, polishing, powder coating, or painting for durability.
6. Final InspectionStrict dimensional checks and quality control before packing.
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Quality Assurance & Facilities

Factory Facility

Our production facility covers 6,500 square meters and is equipped with advanced laser cutting, heavy-duty CNC bending, and robotic welding stations. Our manufacturing system is certified under ISO 9001, ISO 14001, and IATF 16949, ensuring high-standard fabrication for industrial and automotive applications.

Quality Certifications
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Packaging & Logistics

Packaging and Loading

We apply efficient packing methods including cartons, pallets, and reinforced wooden crates. For large welded structures, we provide customized steel frame packing to ensure safe transportation and minimize the risk of damage during long-distance shipping.

Frequently Asked Questions

What types of custom metal fabrication services do you offer?
We specialize in large welded steel structures and industrial sheet metal fabrication, including laser cutting, CNC bending, welding, and surface finishing for machine bases, frames, and enclosures.
Which materials are commonly used for sheet metal enclosures?
We typically work with carbon steel, stainless steel (304/316), and aluminum alloys, depending on the application's requirement for strength or corrosion resistance.
Do you support OEM/ODM projects based on specific drawings?
Yes, we focus on custom project-based manufacturing. We produce parts and full assemblies according to your technical drawings (STP, DWG, PDF) and specifications.
How is the quality of the welding and fabrication ensured?
Quality is managed under ISO 9001 standards. We perform raw material inspections, welding checks (MIG/TIG/Robotic), and final dimensional verification to ensure consistency.
What surface treatments can be applied to the metal parts?
We offer various finishes including powder coating, painting, sandblasting, anodizing, and brushing to enhance aesthetics and provide environmental protection.
What is the typical lead time for custom production orders?
Prototype samples usually take 5-10 days. For mass production orders, the lead time typically ranges from 15 to 30 days depending on the project complexity.

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