Transmitter Sheel

Application – UAV Communication & Aerospace Electronics

This high-precision copper transmitter shell is designed for UAV communication systems and aerospace electronic equipment, serving as a protective and conductive housing for transmitter and RF modules. It is widely used in drones, aviation electronics, robotics, and high-end communication devices.

Product Overview – Precision Copper Housing

Manufactured from industrial-grade copper (Cu), this component combines electrical conductivity, structural strength, and precision forming capability, making it ideal for high-frequency signal and transmission environments.

• Material: High-conductivity copper
• Wall thickness: 2.0 mm
• Size: Ø182 mm × 320 mm
• Surface finish: Mechanical precision polishing
• Key feature: Stable concentric cylindrical structure

Advanced Manufacturing – CNC Metal Spinning Process

Produced using CNC-controlled metal spinning technology, ensuring high concentricity and uniform wall thickness.

Process Flow:
Copper material inspection → CNC spinning forming → edge finishing → multi-stage polishing → final inspection

Process Advantages:

• Uniform wall thickness with high structural stability
• Low internal stress forming for improved durability
• High repeatability for batch production
• Smooth defect-free surface suitable for electronic applications

Precision Control & Tolerances

• Diameter tolerance: ±0.2 mm
• Height tolerance: ±0.1 mm
• Manufactured under CNC precision forming standards
• Full dimensional stability control for assembly fitment

Ensures reliable integration into UAV transmitter and RF systems.

Surface Engineering – Precision Polished Finish

• Multi-stage mechanical polishing process
• Smooth, mirror-like surface finish
• Free of scratches, dents, and machining marks
• Optimized for electromagnetic shielding and electronic housing applications

Quality Control System (ISO 9001 Standard)

Incoming Material Inspection

• Copper material verification for conductivity and purity
• Pre-forming dimensional and visual inspection

In-Process Control

• Wall thickness sampling inspection
• CNC parameter monitoring
• Surface consistency control

Final Inspection

• 100% dimensional verification
• Surface defect inspection (scratch/dent/polish marks)
• Aerospace-grade appearance validation

Performance Advantages

Compared with conventional fabricated housings, this solution offers:

• Higher electrical conductivity for stable signal transmission
• Improved structural rigidity for UAV vibration environments
• Reduced assembly deviation due to high concentricity
• Enhanced durability in aerospace and outdoor conditions

Primary Application – UAV Transmitter Systems

Designed specifically for UAV transmitter modules and aerospace communication systems, providing:

• Reliable housing protection for RF and transmission components
• Stable performance in high-altitude environments
• High conductivity support for signal integrity

Extended Applications

This copper spinning housing is also suitable for:

• Aerospace electronic enclosures
• RF and antenna housings
• High-frequency communication equipment
• Precision electronic shielding components

Manufacturing Capability & Delivery

• CNC spinning equipment: CNC1400 / CNC800 series
• Supports prototype, small batch, and mass production
• Sample lead time: 7–10 days
• Batch production: 15–30 days
• Flexible delivery scheduling for OEM projects

Custom Engineering Capability

• Custom diameter, height, and wall thickness
• Optional surface treatment optimization
• Engineering feasibility evaluation before production
• OEM / ODM support for aerospace electronics

After-Sales & Technical Support

• Quality warranty for manufacturing defects
• Free replacement for dimensional or surface issues
• Technical consultation before and after delivery
• Response within 24–48 hours for engineering support

Get a Quote

• Precision Custom Metal Spinning Parts
• 👉 Upload your drawings and receive a quotation within 24 hours.