Aluminum profile machining centerIt is a high-precision CNC machining equipment designed specifically for aluminum profiles, integrating multiple processes such as cutting, drilling, milling, and tapping. Through automation control, it can complete complex machining in one clamping, significantly improving production efficiency and accuracy. Its core advantages are reflected in three aspects: structural adaptability, processing capability, and industry application.
In response to the slender and lightweight characteristics of aluminum profiles, the machining center adopts a narrow and long worktable (width 500mm-1200mm, length up to 12500mm), equipped with pneumatic fixtures and positioning plates to ensure the stability of workpiece clamping. The high rigidity gantry bridge structure is matched with four rows of steel ball linear guides, effectively dispersing processing forces and avoiding deformation of slender profiles. For example, the horizontal machining center of Shandong Parker Nuoer adopts a Z-axis four row guide rail design to balance the forces in all directions and ensure mechanical accuracy.
Aluminum profile machining centerScope of application:
1. Construction and curtain wall industry
Application: This is the traditional and largest market for aluminum profile processing.
Typical workpiece:
Door and window frames/sashes: Processing and installing holes and slots for hinges, locks, and pulleys.
Curtain wall keel/frame: Processing connection installation holes, drainage channels, and reinforcement bar cuts.
Decorative lines/blinds: perform decorative processing such as end cutting, surface milling, and drilling.
Advantages: Achieving standardized and mass production, ensuring component interchangeability and installation accuracy.
2. Transportation industry
Application: Aluminum alloys are widely used in fields such as automobiles, rail transit (high-speed rail, subway), aerospace, etc. to achieve lightweighting.
Typical workpiece:
New energy vehicles: End face machining and hole system machining of battery pack shells, motor shells, electronic control boxes, and body structural components (such as collision beams and longitudinal beams).
Traditional automobiles: engine mounts, suspension components, interior frame.
Rail transit: Processing of side walls, roof, floor, and luggage rack support structures.
Aerospace: aircraft internal brackets, guide rails, non load bearing structural components (requiring higher precision models).
Advantages: Meet the design requirements of high strength and lightweight, improve fuel efficiency or range.
3. Industrial Automation and Equipment Manufacturing
Application: Modern factory automation production lines, robot workstations, and specialized equipment extensively use aluminum profiles as frames and structural components.
Typical workpiece:
Industrial rack/frame: Various specifications of aluminum profile frames used to support machines, sensors, rails, etc.
Conveyor line/assembly line: Processing of supporting beams and connecting plates.
Robot's seventh axis (walking axis): precision machining of guide rail and rack mounting holes.
Protective cover/fence: Processing of connection holes for structural components.
Advantages: Quickly build stable and scalable modular systems, making it easy to assemble and maintain equipment.
4. New energy industry
Application: Photovoltaic and energy storage systems have been one of the fastest-growing markets in recent years.
Typical workpiece:
Photovoltaic support: cutting and processing of connection holes at the ends of columns, beams and slant support of ground power stations and roof power stations.
Energy storage cabinet/battery cabinet: Processing of cabinet frame, heat sink, and busbar mounting plate.
Advantages: Aluminum alloy is corrosion-resistant, lightweight, and suitable for long-term outdoor use; The machining center ensures the dimensional consistency of large quantities of supports.
5. Furniture and Interior Decoration
Application: Modern minimalist style furniture, commercial space partitions, display racks, etc. are increasingly using aluminum profiles.
Typical workpiece:
Aluminum furniture: frames for bookshelves, wardrobes, display cabinets, and mounting holes for shelves and shelves.
Glass partitions/doors: mounting holes for upper and lower tracks, fasteners, and handles.
LED strip groove: Milling precise light grooves on the profile.
Advantages: Modern appearance, durability, easy cleaning, and the machining center can achieve complex decorative contour milling.
6. Electronic and communication equipment
Application: Used for manufacturing equipment casings and internal structures that require good heat dissipation and electromagnetic shielding.
Typical workpiece:
Server cabinet/chassis: Processing of heat dissipation holes, installation holes, and EMI shielding windows.
Communication base station casing: ventilation holes, cable through holes, installation flanges.
Medical equipment casing: control panel frame, instrument bracket.
Advantages: Aluminum alloy has good thermal conductivity and is easy to process complex heat dissipation fins and ventilation structures.
7. Exhibition display and advertising industry
Application: Create exhibition booths, display stands, advertising lightboxes, signage, etc.
Typical workpiece:
Exhibition truss/frame: Processing of quick connection nodes.
Advertising lightbox frame: end cutting, logo installation groove milling.
Dynamic display screen bracket: precision mounting hole.
Advantages: Lightweight and easy to transport, exquisite appearance, and the machining center can quickly change programs to adapt to diverse orders.