Drilling involves creating round holes in aluminum profiles for various purposes, such as assembly, fastening, or design. Tapping refers to cutting internal threads into pre-drilled holes to allow screws or bolts to be inserted and tightened.

Laser welding is a high-precision process that uses a focused laser beam to join aluminum pieces together. The high heat generated by the laser melts the aluminum at the weld joint, fusing the parts. This process provides clean, strong welds with minimal heat distortion, making it suitable for thin or delicate aluminum profiles.

Aluminum profiles can be cut using various methods, including sawing, laser cutting, water jet cutting, or plasma cutting. Sawing is often used for straight cuts. Laser cutting offers high precision for intricate shapes and complex cuts. Water jet cutting uses high-pressure water to cut, leaving smooth edges with no thermal distortion.

Punching is used to create holes or other shapes in aluminum profiles by using a die and punch tool. The process involves applying force to push the punch through the aluminum, creating holes or indentations. This can be done for assembly, ventilation, or aesthetic purposes.

CNC machining involves the use of computer- controlled machines to perform various operations like drilling, milling, turning, and threading on aluminum profiles. CNC machining provides high precision and allows for complex and custom shapes, which makes it ideal for intricate designs.

Bending is the process of deforming aluminum profiles to create angles or curves. This is typically done using a press brake or roll bender. Aluminum profiles can be bent to a variety of angles, depending on the requirements of the product. Bending is commonly used for frames, brackets, or parts requiring specific shapes to fit into assemblies.