The functions of aluminum door and window equipment mainly include the following aspects:
Cutting equipment: such as CNC aluminum alloy door and window cutting machine, which is used to accurately cut aluminum alloy profiles to the required length to ensure dimensional accuracy. Common types of cutting machines include double-head saws, single-head saws and CNC precision saws.
Milling equipment: such as CNC aluminum alloy door and window milling machine, which is used to perform notch processing on aluminum profiles to achieve precise notch processing. This type of equipment is suitable for notch processing of various door and window profiles.
Punching equipment: such as CNC aluminum alloy door and window punching machine, which is used to punch fixed holes on aluminum profiles and is suitable for hole processing of various door and window profiles.
Riveting equipment: such as CNC aluminum alloy door and window riveting machine, which is used to perform riveting processing on aluminum profiles to achieve a firm riveting effect.
Assembly equipment: such as manual assembly tables and automatic assembly lines, which are used to manually or automatically splice aluminum alloy profiles to form the preliminary structure of window frames and door frames.
Corner code machines and welding machines: Corner code machines are used to firmly connect the profiles at the four corners to enhance the structural strength; welding machines are used to make seamless doors and windows to enhance the integrity of doors and windows.
Spraying and painting equipment: such as powder spraying rooms and ovens, which are used to surface treat aluminum alloy profiles to increase aesthetics and corrosion resistance.
Testing equipment: such as water tightness testers and air tightness testers, which are used to test the sealing, weather resistance and wind pressure resistance of doors and windows to ensure product quality.
Packaging equipment: such as automatic film sealing machines and strapping machines, which are used to package finished doors and windows to protect them from damage during transportation.
These equipment can achieve efficient processing, improve production efficiency and product quality, and meet the market's continuous demand for door and window products by introducing CNC technology and automated processing methods.
