The suitability of extrusion stems from aluminum's light weight and high strength-to-weight ratio. These features are essential for modern vehicles to reduce weight without compromising safety or performance. In addition, aluminum has corrosion resistance properties, which can extend the service life of the vehicle even under harsh conditions.

• Suspension components: enhance vehicle handling and ride comfort.
• Engine support: supports the engine, reducing vibration and noise.
• Chassis components: form the vehicle's structural framework, providing strength and rigidity.
• LED headlight heat sink: dissipates heat, improving light performance and lifespan.
• Electric vehicle battery housing: contains and protects the battery, which is crucial for the safety of electric vehicles.
• Crash structure: absorbs impact energy during collisions to protect occupants.
• B-pillar: reinforces the door, enhancing side impact protection.
• Roof rack: provides structural support and functionality for cargo systems.
• Instrument panel bracket: serves as the backbone of the instrument panel components, ensuring stability.
• Seat frame: provides lightweight support for the seat, improving vehicle fuel efficiency.

Any customization can be made to meet the specific needs of medical equipment and infrastructure. Its adaptability facilitates the development of components that can withstand the demanding environments of hospitals and clinics, including exposure to chemicals and continuous use.