| Customization: | Available |
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| After-sales Service: | 12 Month |
| Warranty: | 12 Month |
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Advantages of Using CNC Machining:
High Precision: CNC machines offer extremely tight tolerances, which is essential for electronic components that need to fit precisely and function reliably.
Repeatability: Once a design is programmed, CNC machines can replicate the process to produce identical parts with consistent quality, ideal for mass production.
Flexibility: CNC machines can work with a variety of materials, making them versatile for different components in the electronics industry.
Complex Geometries: CNC machining allows for the production of intricate and complex shapes that would be difficult or impossible to achieve with traditional manufacturing methods.
Surface Finish: CNC machining can produce smooth finishes, which is important for the aesthetic appearance and functionality of electronic components.
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Surface Finish
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Anodizing, Oxidation, Polishing, Plating, Silk Screen, Laser Engraving, Carbonization or Nitriding treatment, normalizing, Annealing, Quenching, Tempering.
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Material
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Steel, Aluminum, Brass, Copper, Titanium, POM, ABS, PMMA, PTFE, PEEK, PA, PVC, Wood.
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Quality Control
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All crucial dimensions will be 100% checked.
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Advantage
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High quality with reasonable price and fast delivery without any delay.
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Thread type
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NPT, BSPT, BSP(G),M, GHT, UN, NPSM, NPTF
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Tolerance
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+/- 0.01 mm to +/- 0.005 mm.
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Inspection Equipment
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Quadratic Element, Three-D Measuring Apparatus, Callipers, Altimeter, Guague, etc.
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Drawings Format
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IGS, X_T, STEP, DWG, PDF, PNG, JPG
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1.Enclosures (Casings)
Function: The protective outer shell that houses sensitive electronic components.
Material: Aluminum, steel, plastic, or a combination of materials.
Applications: Smartphones, computers, televisions, routers, and other consumer electronics.
Manufacturing: CNC machines are used to cut and mill these enclosures, as they require precise openings for ports, buttons, and screens.
2.Heat Sink
Function: Heat sinks are used to dissipate heat from electronic components such as CPU, GPU, and power supplies.
Material: Primarily aluminum due to its excellent thermal conductivity.
Applications: Computers, servers, gaming consoles, power supplies, and LED lights.
Manufacturing: CNC machines help produce heat sinks with complex geometries to maximize surface area for effective heat dissipation.
3.Connectors and Terminals
Function: Connectors facilitate the electrical connection between different parts of a device, such as power connectors, data connectors, and signal connectors.
Material: Typically metals like copper, brass, and gold-plated alloys for better conductivity.
Applications: Smartphones, computers, televisions, and industrial equipment.
Manufacturing: CNC machines are used to create precise pins, sockets, and other small connector parts with fine tolerances.
4.Mounting Brackets and Frames
Function: These parts are used to hold electronic components securely within the device housing.
Material: Metals like steel, aluminum, and sometimes plastics or composites.
Applications: Used in devices like circuit boards, mobile phones, TVs, and medical equipment.
Manufacturing: CNC machines cut and shape mounting brackets, ensuring the proper fit for delicate electronic components.
5.Button/Control Mechanisms
Function: Buttons, switches, and dials used for user input.
Material: Plastic, metal, or rubber (for tactile feedback).
Applications: Smartphones, remotes, appliances, and gaming controllers.
Manufacturing: CNC machining can be used to precisely manufacture button parts, including drilling for keyholes or engraving for symbols and labels.
6.PCB (Printed Circuit Board) Holders/Frames
Function: Structures that hold the PCB in place within an electronic device and provide support during installation.
Material: Primarily plastics, but some high-performance PCBs may use metal frames for grounding and support.
Applications: Laptops, mobile phones, routers, printers, and other devices.
Manufacturing: CNC machining is used for cutting and shaping the frame, ensuring that the PCB fits securely.
7.Micro and Nano Components
Function: Tiny, intricate components used in highly specialized applications such as microelectronics or wearable devices.
Material: Special alloys, ceramics, and polymers.
Applications: Medical devices (e.g., pacemakers), sensors, and microchips.
Manufacturing: CNC machining is often used for micro-machining parts with extremely tight tolerances, including creating fine holes and slots.
8.Connectors for Cables and Wiring
Function: CNC-machined parts are used in connectors that link cables and wires to various devices or components.
Material: Metals like copper, brass, and sometimes gold-plated for superior conductivity.
Applications: Computer peripherals, networking devices, televisions, and industrial automation.
Manufacturing: CNC milling, turning, and drilling are used to produce precise and reliable connectors with multiple pins or ports.
9.Buttons and Knobs for User Interfaces
Function: Parts for tactile control interfaces in consumer electronics.
Material: Plastic, aluminum, or stainless steel.
Applications: Audio equipment, televisions, microwave ovens, and other household appliances.
Manufacturing: CNC machines are used to create ergonomically designed buttons and knobs, sometimes with engraving for labeling.
10.Housings for Electronic Components
Function: Protective enclosures for sensitive electronic parts such as circuit boards, sensors, or microchips.
Material: Plastics, aluminum, and other lightweight materials.
Applications: Mobile devices, consumer electronics, drones, and robotics.
Manufacturing: CNC machines are used for precision machining to create accurate slots, cavities, and openings for connectors or heat dissipation.
11.RF (Radio Frequency) Components
Function: Parts that handle radio-frequency signals, such as antennas, signal filters, and adapters.
Material: Metals like copper, brass, and sometimes specialized alloys to optimize signal transmission.
Applications: Communication devices, wireless routers, GPS systems, and other wireless-enabled devices.
Manufacturing: CNC machines can produce small, high-precision RF components that need to meet exact tolerances to work effectively.
12.Switch Housing and Assemblies
Function: The outer housing or casing for various types of electrical switches, used in a wide range of electronic devices.
Material: Plastic, aluminum, or steel.
Applications: Smartphones, consumer electronics, automotive controls, and appliances.
Manufacturing: CNC machining can help fabricate the precise shapes and cutouts needed for switches, along with the necessary grooves or channels for internal parts.
13.Optical Components (Lenses, Mirrors, and Housings)
Function: Parts for optical devices such as cameras, sensors, and other vision systems.
Material: Glass, acrylic, or optical-grade plastics.
Applications: Digital cameras, security cameras, smartphones, and other devices requiring image capture or processing.
Manufacturing: CNC machines are employed for creating lens housings or fine-tuning optical components like mirrors or laser assemblies.
14.Cooling Fans and Fan Mounts
Function: Parts involved in the cooling system of electronic devices, ensuring proper heat management.
Material: Plastics or aluminum for the fan, and plastic, aluminum, or steel for mounts.
Applications: Computers, power supplies, servers, and any device that generates heat.
Manufacturing: CNC machines are used to cut fan blades, housings, and mounts to precise specifications to ensure optimal airflow.
15.LCD/LED Display Frames and Mounts
Function: CNC-machined parts used to mount and hold displays in place, ensuring they fit securely in the device and maintain proper alignment.
Material: Metal (typically aluminum) or plastic.
Applications: Smartphones, televisions, computer monitors, and other display-based devices.
Manufacturing: CNC milling and turning are used to create the frames, mounting brackets, and housing parts to hold the displays securely.
16.Battery Holders and Compartments
Function: Holders used to secure batteries within electronic devices.
Material: Typically plastic or lightweight metals.
Applications: Laptops, remote controls, cameras, and power tools.
Manufacturing: CNC machining can be used to create battery compartments with precise dimensions, ensuring proper fit and ease of use.
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