Custom Aluminum Equipment Housing | Sandblasted & Anodized

Service: Custom Precision Aluminum Fabrication & Surface Engineering

Part Type: Instrument Housings / Controller Enclosures / Electronic Shielding Cases / Precision Hardware

Material: Lightweight Aluminum Alloy (e.g., 5052, 6061)

Core Process: High-Precision Fiber Laser Cutting, Multi-Axis CNC Bending, Press-Riveting Fasteners, Deburring

Technical Features: High-Strength Lightweight Structure, Non-Magnetic Shielding Properties, Accurate Mounting Stud Alignment

Precision Tolerance: Bending Accuracy +/-0.15mm / Laser Cut Positioning +/-0.05mm

Surface Finish: Professional Sandblasting & Clear/Color Anodizing (Corrosion Resistant & Aesthetic Matte Finish)

Batch Advantage: Optimized Tiered Pricing for 50 - 10,000+ Pieces (Designed for SME Production Scalability)

Supply Logic: Direct Factory Manufacturing by FIWOK METALWORKS, focusing on high-end aluminum components with consistent batch quality and premium surface aesthetics for recurring industrial orders.

FIWOK METALWORKS offers high-precision aluminum equipment housings with sandblasted and anodized finishes. Custom laser cutting, CNC bending, and integrated fastener assembly. Tiered pricing optimized for 50-10,000+ units.

Custom Aluminum Equipment Housing | Sandblasted & Anodized

Custom anodized aluminum equipment housing with press-riveted studs by FIWOK METALWORKS

High-Precision Aluminum Housings: Anodized Aesthetics & Durability

FIWOK METALWORKS delivers premium aluminum equipment housings and covers for high-end instruments. Integrating lightweight aluminum alloy with precision fiber laser cutting and multi-axis CNC bending, we provide structural integrity for SMEs. This instrument cover features a durable sandblasted & anodized finish for corrosion resistance and a non-reflective, anti-static matte metal aesthetic. Our facility is optimized for 50 to 10,000+ unit production runs, ensuring batch consistency.

  • Premium Surface Finish: Professional sandblasting eliminates machining marks, while clear anodizing provides a scratch-resistant, elegant industrial look.
  • Integrated Fasteners: High-precision press-riveted studs ensure perfectly perpendicular alignment for seamless internal PCB mounting (+/-0.05mm positioning).
  • Factory-Direct SME Pricing: Tiered pricing strategy designed to support scalable manufacturing needs without hard tooling investments.

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
Fabrication Type Laser Cutting, CNC Bending, Press-Riveting, Deburring
Material & Surface Aluminum Alloy (e.g., 5052, 6061); Sandblasting & Clear/Color Anodizing
Drawing Formats STP, IGS, DXF, DWG, PDF, X_T

Production FAQ

Q1: How does FIWOK handle tight tolerances for aluminum bending?
A: Aluminum alloys can have variable spring-back rates. We utilize multi-axis CNC bending folders programmed with real-time angle compensation technology. This ensures we can maintain consistent +/-0.15mm linear and +/-0.3 degree angular tolerances across the entire production run.

Q2: What is the benefit of sandblasting before anodizing for equipment housings?
A: Sandblasting eliminates any surface imperfections, directional laser-cut marks, or minor scratches incurred during bending. It creates a uniform, matte texture that provides the ideal substrate for anodizing, resulting in a premium, high-end industrial finish that never fades.

Q3: Can you handle integrated fastener installation for complex aluminum covers?
A: Yes. We utilize precision press-riveting centers to install hardware like internal mounting studs, captive screws, and standoffs. Every fastener is checked for proper perpendicular alignment, ensuring that your PCB will fit perfectly during final assembly without binding.

Q4: Is there a cost advantage for recurring orders reaching 5,000+ units?
A: Absolutely. Recurring large-batch manufacturing allows us to implement lean production cycles and volume material sourcing, passing the maximum cost reduction per unit directly to your long-term supply chain.

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