Introduce CNC hardware custom precision machining parts commonly used in car modification

The following are some CNC hardware custom precision-machined parts commonly used in car modification:

Power system parts

- Turbocharger body and components: Through CNC processing, the blades, housing and other parts of the turbocharger can be ensured to have high-precision shapes and sizes, thereby improving the boost efficiency and increasing the power output of the engine. For example, the aluminum alloy turbine blades processed by CNC can achieve lighter weight and better aerodynamic performance while ensuring strength, allowing the engine to inhale air more smoothly at high speeds, increase the intake volume, and thus increase power.

- Intake manifold: The CNC-processed intake manifold can achieve a more optimized intake duct shape and size according to different engine design and modification requirements, reduce intake resistance, and improve intake efficiency. Its inner wall can be processed to be smoother, so that the airflow enters the cylinder more smoothly, promotes a more complete mixing of fuel and air, improves combustion efficiency, and achieves the effect of enhancing power.

- Engine piston: The piston is one of the key components of the engine. CNC processing can ensure the dimensional accuracy, cylindricality and surface quality of the piston, making it more closely and accurately matched with the cylinder wall, reducing friction loss during piston movement, improving the mechanical efficiency of the engine, and helping to improve power performance and fuel economy.

Chassis system parts

- Brake caliper: Such as the SAVANINI S67A competition gray brake caliper set, which adopts CNC precision processing and anodizing + hollow coating technology, it not only has a beautiful appearance, but also excellent performance. CNC processing can ensure the dimensional accuracy and surface roughness of the caliper's piston hole, brake pad mounting groove and other parts, so that the brake caliper can provide more uniform and stronger braking force during braking, effectively shorten the braking distance, and improve the safety and handling performance of the vehicle.

- Suspension swing arm: CNC-processed suspension swing arm can achieve more precise shape and size control according to the vehicle's modification needs, improve the strength and rigidity of the swing arm, optimize the geometric parameters of the suspension system, and thus improve the vehicle's handling stability and comfort. For example, the swing arm made of high-strength aluminum alloy material and processed by CNC can better withstand various forces during the vehicle's driving process while reducing weight, making the vehicle more stable when cornering and driving at high speeds.

- Wheel hub: The quality and performance of the wheel hub have an important impact on the vehicle's handling, acceleration performance and appearance. CNC processing can produce a variety of complex wheel shapes to meet the personalized needs of different car owners. At the same time, it can also ensure the dimensional accuracy and dynamic balance performance of the wheel, making the vehicle more stable during driving and reducing vibration and noise.

### Exterior decorative parts

- Body surround kit: including front and rear bumpers, side skirts, spoilers, etc. These parts can be perfectly fitted with the body through CNC processing, showing a more smooth and dynamic appearance. CNC processing can accurately control the curvature, lines and size of the kit, so that it can be seamlessly connected with the original car after installation, improving the overall aesthetics and aerodynamic performance of the vehicle.

- Air intake grille: CNC-processed air intake grilles can be made of various materials and design styles, such as aluminum alloy, carbon fiber and other materials. Through precision processing, they can present unique textures and shapes, which can not only enhance the recognition of the front face of the vehicle, but also optimize the intake effect to a certain extent, providing better heat dissipation and intake conditions for the engine.

- Car logo and decorative parts: Car logos, door handles, rearview mirror housings and other decorative parts are also often processed by CNC to achieve higher precision and better surface quality. For example, the aluminum alloy logo processed by CNC can show more exquisite details and three-dimensional sense, and enhance the grade of the vehicle; while the carbon fiber rearview mirror shell processed by CNC has the advantage of lightweight and can add a sporty and fashionable atmosphere to the vehicle.

Interior system parts

- Steering wheel: CNC processing can produce steering wheels of various shapes and materials, such as leather-wrapped wooden steering wheels, aluminum alloy steering wheels, etc., to meet the requirements of different car owners for interior style and feel. Through precise processing, the size, grip and button layout of the steering wheel can be optimized to improve driving comfort and control convenience.

- Center console decoration parts: Such as audio rings, air conditioning decorative knob rings, etc., these small parts can present a more refined appearance and delicate texture after CNC processing, adding a sense of luxury and technology to the interior.

- Shift paddles: For vehicles equipped with manual shift mode, CNC-processed shift paddles can provide better shift feel and operation accuracy. The shape, thickness and surface texture of the paddles can be customized according to the owner's preferences, enhancing the driving pleasure and control experience.

Electronic system parts

- ECU computer board bracket: When modifying the automotive electronic control system, it is necessary to install an external computer or other electronic equipment. The CNC-processed ECU computer board bracket can ensure the stable installation of these devices. At the same time, it can be customized according to the interior space of the car to make it coordinated with the interior layout of the vehicle without affecting the normal use and aesthetics of the vehicle.

- Sensor bracket and housing: Various sensors on the car, such as temperature sensors, pressure sensors, etc., their brackets and housings are also often processed by CNC. Through precision processing, the dimensional accuracy and installation position of the bracket can be guaranteed, ensuring that the sensor can work normally and provide accurate signals for the vehicle's electronic control system.

- Audio system modification parts: Such as the mounting bracket of the audio speaker, the heat dissipation housing of the power amplifier, etc., the accuracy and quality of these parts have an important impact on the sound effect. CNC processing can produce high-precision brackets and housings that meet the installation requirements of audio equipment, improving the sound quality performance and stability of the audio system.