Aluminum profile drilling and milling machine is a kind of high-efficiency equipment specially used for processing aluminum profiles. It has multiple functions such as drilling, milling, cutting, etc., and is suitable for multiple industries. The following are its main application areas:
1. Construction and door and window industry
Application scenarios: drilling and milling of aluminum alloy doors and windows, curtain wall frames (such as lock holes, drainage grooves, hardware installation positions, etc.).
End surface processing and special-shaped cutting of aluminum profiles for construction.
Advantages:
High-precision processing ensures the sealing and aesthetics of door and window assembly and improves construction efficiency.
2. Rail transportation and automobile manufacturing
Application scenarios: aluminum profile skeleton processing (such as connection holes and weight reduction grooves) of high-speed rail and subway carriages. Drilling and milling of battery trays and body frames of new energy vehicles.
Advantages: Meet the needs of lightweight, and process high-strength and corrosion-resistant aluminum alloy parts.
3. Electronic appliances and radiators
Application scenarios: heat dissipation holes and mounting holes processing of electronic product shells (such as computers and LED lamps).
Complex groove milling of aluminum heat sinks.
Advantages: Fine processing to avoid burrs and adapt to the high-precision requirements of thin-walled aluminum.
4. Industrial automation and mechanical equipment
Application scenarios: Drilling and cutting of automation equipment frames (such as assembly line brackets and robotic arm parts).
Customized processing of aluminum profile connectors.
Advantages:
Quickly adapt to profiles of different specifications and support modular design requirements.
5. Home and display industry
Application scenarios: Splicing hole processing of aluminum furniture (such as wardrobes and bookshelves).
Quick punching and slotting of exhibition display racks and supermarket shelves.
Advantages: Realize personalized design and improve assembly convenience.
6. Solar energy and new energy
Application scenarios: Processing of mounting holes and connectors of solar photovoltaic brackets.
Milling of aluminum battery shells.
Advantages: Weather-resistant processing to meet outdoor environment requirements.
7. Aerospace and military industry
Application scenarios: high-precision processing of aircraft parts and spacecraft aluminum profile structural parts.
Drilling and milling of special alloy materials (equipment with higher rigidity is required).
Advantages: meet material performance requirements in extreme environments.
Summary of technical advantages
High efficiency: multi-axis linkage, automatic loading and unloading (optional) to improve production capacity.
High precision: CNC system (CNC) guarantees tolerance within ±0.1mm.
Flexibility: adapt to aluminum profiles of different cross-sectional shapes (such as European standard and national standard notches).
Low cost: reduce manual operation and reduce scrap rate.
Extended application
Customized processing: small batch aluminum parts production such as medical equipment and sports equipment.
Research field: experimental processing of new material aluminum alloy.
The wide application of aluminum profile drilling and milling machines is due to the lightweight, easy processing and corrosion resistance of aluminum. With the advancement of technology (such as five-axis processing and intelligent detection), its application scenarios are still expanding. When selecting, you need to match the equipment functions according to industry requirements (such as whether additional functions such as tapping and chamfering are required).
