· Product Overview

· Core Specifications

· Application Scenarios

• Electronic Enclosures & Devices: Structural frames for portable test instruments, industrial control boxes, and server chassis (providing heat dissipation and component mounting)
• Robotics & Automation: Lightweight structural supports for robotic arms, drone frames, and automated assembly line jigs
• Portable Industrial Equipment: Frame brackets for handheld measuring tools, field testing devices, and mobile diagnostic equipment
• Automotive & EV Components: Lightweight mounting frames for in-vehicle sensors, battery management systems, and electric vehicle auxiliary modules
• Aerospace & UAVs: High-strength, low-weight structural frames for unmanned aerial vehicles and small aerospace components
• Medical Devices: Non-magnetic, lightweight mounting frames for portable medical instruments and diagnostic equipment

· Production Process Introduction

1. Design & DFM Validation: Our engineering team optimizes cutout positions, bend angles, and ventilation slot density via Design for Manufacturability (DFM) analysis to balance structural rigidity and weight reduction.
2. Material Preparation: Premium aluminum sheet stock is cut to size and deburred to create a clean base for fabrication.
3. Precision Forming: Components are fiber laser-cut into the complex frame profile (including ventilation slots and mounting holes), followed by CNC bending to form the rigid rectangular frame.
4. Secondary Machining: Tapping, reaming, and chamfering operations refine mounting holes to ensure secure assembly.
5. Surface Finishing: Parts undergo brushing to achieve the uniform matte finish, followed by optional clear anodizing to enhance corrosion resistance and wear resistance.
6. Quality Inspection: 100% dimensional inspection via CMM and visual finish check verifies compliance with design specifications.
7. Final Packaging: Brackets are individually wrapped in anti-scratch PE film, secured in custom foam trays, and packed in reinforced corrugated cartons to prevent deformation during transit.

· Packaging and Shipping Methods

• Standard Packaging: Each bracket is wrapped in soft anti-scratch PE film, placed in custom-cut EPE foam inserts inside a reinforced corrugated box, with additional cushioning to prevent bending or surface scratching.
• Shipping Options:
  • Express Delivery (3–7 Business Days): DHL/FedEx/UPS for prototype and small-batch orders (full tracking provided).
  • Standard Sea Freight (25–40 Business Days): Cost-effective FCL/LCL options for large-volume production orders, with full customs documentation support.
• Custom Packaging: Branded labeling, barcoding, serialized part marking, and custom crate designs are available to align with inventory management and brand guidelines.

· Process

· Frequently Asked Questions (FAQ)

What is your Minimum Order Quantity (MOQ)?

What are your typical lead times?

• Prototype/Sample Orders: 7–10 business days from final CAD design approval (includes fabrication and surface finishing).
• Mass Production: 15–25 business days, depending on order volume, frame complexity, and surface finish requirements.
• Rush Service: Expedited production (4–6 days for samples) is available upon request for urgent projects.

Can you accommodate full custom modifications?

• Material Customization: Switch between 5052 (formability) and 6061-T6 (high strength) aluminum alloys based on performance needs.
• Design Modifications: Custom ventilation slot patterns, mounting hole configurations, cutout shapes, and overall frame dimensions to match your equipment.
• Surface Finish Options: Custom anodizing colors, powder coating, or bead blasting to enhance corrosion resistance or align with brand aesthetics.
• Branding & Traceability: Laser engraving of part numbers, batch codes, or logos for full product traceability and inventory management.