Milled Aluminum Housing
Milled Aluminum Housing transforms aluminum alloy into a high-precision, high-performance housing product via the CNC milling process, and its core values lie in structural integration, heat dissipation optimization and adaptability to harsh environments.
Product Specifications
| Products name | Milled Aluminum Housing |
| Material | Aluminum 6061-T6, 7075, etc. |
| Size | OEM |
| Color | Silver, white, black, gunmetal gray, etc. |
| Surface treatment | Polishing, sandblasting, brushing, epoxy coating, powder coating, PVDF coating, anodizing, etc. |
| Process | Cutting, drilling, machining, punching, bending, tapping, etc. |
| Heat dissipation performance | Achieved effective heat dissipation by designing heat dissipation fins, air channels, and other structures, as well as utilizing the high thermal conductivity of aluminum. |
| Electromagnetic shielding performance | For devices that need to resist electromagnetic interference, the enclosure should have good electromagnetic shielding performance, which can be achieved through conductive coatings or an integrated design. |
| Environmental protection | Aluminum materials can be recycled and meet environmental protection requirements. |
| Lead Time | 7-15 days (standard); 20-30 days (custom). |
Made of high-strength aluminum material, it features lightweight, high thermal conductivity, corrosion resistance, and electromagnetic shielding properties.
Application Fields
Consumer Electronics: High-end laptops adopt CNC-milled one-piece aluminum bodies, which combine strength, sleek aesthetics and excellent heat dissipation performance.
Medical Devices: Housings for patient monitoring systems, diagnostic circuits and imaging equipment are made of milled aluminum, thanks to its advantages of high precision, durability and ease of sterilization.
Aerospace & Defense: Milled aluminum enclosures are applied in avionics, flight control systems and radar devices, as they can withstand extreme temperatures, high vibration and rapid pressure changes.
Professional Audio Equipment: High-performance audio hardware, such as direct-insertion audio interface boxes, stereo receivers and rack-mount effectors, usually use milled or extruded aluminum enclosures to protect sensitive components from interference and physical damage.
Industrial Equipment: These enclosures are adopted for control panels, rugged embedded systems and telecommunication device housings to provide robust protection in harsh environments.
Feature
1. Material Performance Characteristics
High Strength and Lightweight: Aluminum materials feature both high strength and low density, allowing milled aluminum housings to maintain structural strength while significantly reducing the weight of the equipment.
Corrosion Resistance: Aluminum alloy surfaces naturally form an oxide layer, and when combined with surface treatments such as anodizing and sandblasting, their corrosion resistance and wear resistance can be further enhanced, extending the service life of the housing.
2. Machining Accuracy Features
High-precision manufacturing: Utilizing CNC milling technology, micron-level precision control can be achieved, ensuring accurate fitting between the casing and internal components, reducing assembly errors.
Complex structure realization: Through milling, complex structures such as thin walls, irregular cavities, and embedded interfaces can be directly machined from aluminum blocks, without the need for welding or assembly, enhancing structural integrity.
3. Structural Design and Functional Integration Features
Structural Optimization: Milling aluminum housings allows for thin-wall designs, while reinforcing rib structures maintain structural rigidity to meet high-strength impact and vibration requirements.
Functional Integration: The housing can integrate functional structures such as heat dissipation fins, air channels, threaded holes, and embedded interfaces, enhancing overall device performance.
4. Environmental Adaptability Features
Harsh Environment Protection: With sealed design and surface treatment, the milled aluminum housing can achieve IP65 or higher protection levels, suitable for outdoor, industrial, and other harsh environments.
High and Low Temperature Resistance: Aluminum alloy materials have excellent resistance to high and low temperatures and can operate stably in a temperature range of -40°C to 150°C, meeting the requirements of extreme environment applications.
Fatigue Resistance: Aluminum alloy has a high fatigue limit, making it suitable for equipment that endures long-term dynamic loads, such as robot joint housings.
Processing customization services
Aluminum rod raw materials
Aluminum extrusion
CNC machining
Oxidation of aluminum profiles
Characteristics of aluminum alloy itself "high thermal conductivity, light weight, corrosion resistance, easy processing, and high cost performance" make it the current "best comprehensive performance" radiator housing material, and no other material can fully replace it.
Advanced aluminum rod heating furnace, finishing workshop, CNC workshop, stamping workshop, oxidation production line, spraying production line, electrophoresis production line
According to customer needs, we can provide CNC turning, drilling, milling, sawing, and other finishing and oxidation coloring
Provide mold manufacturing, research and development, short mold opening cycle: 15-25 days
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