Custom Stainless Steel Electrical Enclosure | Precision Laser Cutting & Bending

Service: Custom Precision Sheet Metal Fabrication & Assembly

Part Type: Electrical Enclosures / Shielding Brackets / Internal Equipment Frames

Material: Premium 304/316 Stainless Steel (Non-Magnetic & Corrosion Resistant)

Core Process: High-Speed Fiber Laser Cutting, Multi-Axis CNC Bending, Precision Point Welding/Press-Riveting

Technical Features: Multi-Surface Geometric Bending, Accurate Interface Cutouts, Integrated Mounting Fastener Points

Precision Tolerance: +/-0.15mm for Bending / +/-0.1mm for Laser Cut Outlines

Surface Finish: Industrial Brushed Finish / Passivated (Burr-Free & Scratch Resistant)

Minimum Order Quantity: MOQ 50 PCS (Optimized for Industrial Batch Consistency)

Batch Advantage: Tiered Pricing Strategy for 50 - 10,000+ Pieces (Scalable SME Production Solutions)

Supply Logic: Direct Factory Manufacturing by FIWOK METALWORKS, delivering high-performance shielding and structural components for complex electronic systems.

FIWOK METALWORKS provides custom stainless steel electrical enclosures and shielding brackets. Expert laser cutting and CNC bending with integrated assembly features. Optimized tiered pricing for 50-10,000+ pieces.

Custom Stainless Steel Electrical Enclosure | Precision Laser Cutting & Bending

Precision SUS304 stainless steel electrical enclosure and shielding bracket by FIWOK METALWORKS

High-Precision Shielding Enclosures: SUS304 Precision Fabrication

FIWOK METALWORKS specializes in manufacturing high-quality 304 stainless steel sheet metal parts, including durable mounting brackets and protective enclosures. Our expertise covers precision welding and CNC bending, ensuring strong, corrosion-resistant components for demanding environments. We optimize economies of scale for SMEs, offering professional solutions from 10-unit prototypes to 10,000+ unit production runs with consistent +/-0.1mm linear accuracy.

  • Superior Protection: High-grade SUS304/316 material provides excellent EMI shielding and reliability for industrial, marine, and food processing applications.
  • Advanced Fabrication: Integrated laser cutting, press riveting, and multi-axis bending (+/-0.1 degree angle accuracy).
  • Scalable Cost Structure: Factory-direct manufacturing specifically designed to lower unit costs for 10-10,000+ piece batches.

Technical Capabilities & Specifications

Production Batch Prototypes (1-100 pcs), Small to Large Batch (100 - 10,000+ pcs)
Bending Accuracy Angle: +/-0.1 degree to +/-0.5 degree | Dimension: +/-0.05mm to +/-0.2mm
Laser Cut Precision Hole Accuracy: +/-0.05mm to +/-0.1mm | Positioning: +/-0.05mm
Surface Options Brushed (Hairline), Passivation, Powder Coating, Sandblasting, Polishing
Drawing Formats STP, IGS, DXF, DWG, PDF, X_T

Production FAQ

Q1: How does FIWOK maintain high precision for stainless steel enclosures at scale?
A: We utilize advanced CNC bending compensation and fiber laser technology. Our strict quality control ensures 100% inspection before delivery, maintaining +/-0.1 degree angle consistency for orders up to 10,000+ pieces.

Q2: Can you handle integrated assembly like press riveting for electrical parts?
A: Yes. Our process type includes precise press riveting, tapping, and welding. We provide ready-to-use enclosures with pre-installed standoffs and mounting hardware for seamless electronic integration.

Q3: What is the typical delivery time for a 1,000-piece batch of SUS304 brackets?
A: Based on part complexity, our delivery time ranges from 3-25 days. For standard stainless steel enclosures in the 100-1,000 unit range, we offer agile production scheduling to support fast-to-market SME needs.

Q4: Is there a cost advantage for stainless steel batches exceeding 5,000 units?
A: Absolutely. Our facility is optimized for medium-to-large batch production. We utilize high-efficiency nesting and automated bending setups to offer significant unit cost reductions for recurring orders in the 1,000 to 10,000+ unit range.

Mail consultation
Please feel free to give your inquiry in the form below.