The TAIKAN Profile Machining Center is designed for high-efficiency aluminum profile machining and is widely used in industries such as automotive, 5G, home appliances, electronics, and new energy. By integrating drilling, tapping, milling, and other processes, combined with high precision and high-efficiency multi-functional configurations, the TAIKAN Profile Machining Center easily handles various complex profile machining requirements
Moving Column Type & BT30 (Tilt-Disc Tool Magazine)
Automotive Industry
Widely used for precision machining of aluminum profiles for battery trays, transverse rods, longitudinal side plates, sunroof rails, bumpers, and trim parts, meeting the lightweight and high-performance requirements of the automotive industry.
5G Industry
Used for the efficient machining of base station enclosures, aluminum substrates, and frame parts, meeting the high precision and production efficiency requirements of 5G equipment.
New Energy Industry
Mainly used for precision machining of large flat components such as battery trays, battery base plates, and battery enclosures, supporting high-quality production and intelligent manufacturing in the new energy vehicle sector.
Rail Transit Industry
Used for machining large flat components such as battery tray assemblies, battery base plates, and battery enclosures, supporting high-quality production in rail transit equipment.
LED and Display Industry
Used for precision machining of aluminum profiles for LED enclosures, display frames, and other parts, meeting the high-end market's precision and appearance requirements.
Large Stroke Range and High Rapid Traverse Speed
The X-axis stroke range is from 1500mm to 6500mm, with a rapid traverse speed of up to 50 m/min, significantly improving machining efficiency and production capacity, especially suitable for machining large-sized workpieces.
Multiple Structural Models to Flexibly Handle Different Workpieces
Moving Column Structure Model: Fixed worktable with moving column, suitable for machining long profiles, saving space and improving machining efficiency.
Moving Gantry Structure Model: Integrated base and worktable, with a moving gantry and a monolithic design for the beam and column, ideal for machining large workpieces such as battery trays.
Fixed Beam Gantry Structure Model: Fixed columns and beams, suitable for machining large flat and frame parts, providing higher rigidity and stability.
Selectable Base Materials to Suit Various Machining Needs
Welded Base: Cost-effective, short manufacturing lead time, suitable for general machining needs.
Cast Iron Base: Stable structure and high precision, suitable for high-rigidity and high-precision machining requirements.
Multiple Drive System Configurations to Meet Different Machining Scenarios
Rack and Pinion Drive: Suitable for long strokes, fast speed, and strong load-bearing capacity, ideal for high-efficiency machining of large aluminum profiles.
Ball Screw Drive: High precision, strong stability, and suitable for high-precision machining.
The TAIKAN Profile Machining Center series combines long strokes, high efficiency, and cost-effectiveness, with flexible configurations and powerful machining capabilities, making it one of the most reliable machining tools in various industries. Whether for precision machining of complex-shaped aluminum profiles or high-efficiency mass production, the TAIKAN Profile Machining Center provides exceptional performance, helping customers improve production efficiency, reduce costs, and gain a competitive advantage in the market.
Dec 17 2024
Oct 15 2024