WELE AA2590 VMC Machine

WELE AA2590 VMC Machine Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
1 Days

WELE AA2590 VMC Machine About

The WELE AA2590 is a heavy-duty, boxway-type vertical machining center (VMC) manufactured by WELE Mechatronic. It is built for ultra-heavy-duty metal cutting, large-scale precision components, and demanding industrial manufacturing applications. [1, 2, 3]

Key Technical Specifications

X-Axis Travel: 2,500 mm (98.4 inches)

Y-Axis Travel: 900 mm (35.4 inches)

Z-Axis Travel: 900 mm (35.4 inches)

Table Size (X x Y): 2,650 x 900 mm (104.3 x 35.4 inches)

Max Table Loading Capacity: 3,000 kg (6,600 lbs)

Spindle Taper: BT #50 / ISO 50 (Geared type)

Spindle Speed: Up to 6,000 RPM (standard mechanical two-speed gear head)

Spindle Motor Power: 15 / 18.5 kW (approx. 20/25 HP ratings depending on configuration)

Tool Magazine Capacity: Standard 24 to 30 tools (depends on setup/ATC)

Machine Weight: Approx. 23,000 kg

Structural and Design Highlights

Rigid Construction: The machine bed, column, carriage, and spindle head are constructed from heavily annealed cast iron with aged heat treatment to absorb heavy cutting loads and minimize thermal distortion.

Guide Ways: Features robust boxways and hardened slide ways designed to support heavy workpieces while maintaining geometric stability and vibration damping during aggressive cuts.

Chip Management: Utilizes an integrated multi-screw chip conveyor layout along the Y-axis direction to efficiently clear heavy chips out of the working envelope.

Exceptional Heavy-Duty Machining

Engineered for rigorous productivity, the WELE AA2590 VMC Machine features a robust box-way design, supporting stable and precise operations even under heavy loads. Its exceptional build quality accommodates a high machining capacity, making it a powerful asset in industrial workshops.

Advanced Power and Construction

Utilizing an 11 kV power system and constructed from high-grade AA2590 material, this VMC ensures long-term reliability. Its solid 23,000 kg frame provides enhanced rigidity, reducing vibration and enabling accurate, high-volume machining.

FAQ's of WELE AA2590 VMC Machine:

Q: How does the box-way vertical design of the WELE AA2590 VMC Machine benefit users?

A: The box-way vertical design offers superior rigidity and vibration resistance, enabling the machine to deliver precise and consistent results even with heavy-duty materials and applications.

Q: What is the recommended usage for the WELE AA2590 VMC Machine?

A: This machine is ideally used for large-scale industrial machining tasks that demand stability and high load capacity, making it suitable for sectors such as automotive, aerospace, and general manufacturing.

Q: When should I consider using the WELE AA2590 over other VMCs?

A: You should consider the WELE AA2590 when your operations require processing heavy components, high tolerance machining, or when dealing with large-volume production runs that demand robust and consistent performance.

Q: Where can the WELE AA2590 VMC Machine be installed?

A: Given its size and weight, the WELE AA2590 should be installed in spacious industrial facilities equipped to handle heavy machinery, with sufficient power infrastructure to support its 11 kV requirement.

Q: What is the process for acquiring the WELE AA2590 VMC Machine?

A: To acquire the machine, you can contact authorized dealers, importers, manufacturers, or traders who handle WELE machines. They can assist with selection, purchase, and installation as per your operational needs.

Q: How does the machine's capacity contribute to efficiency?

A: With a machining capacity of 3,000 kg, the WELE AA2590 can handle large, heavy workpieces in a single setup, reducing the need for multiple machines and minimizing downtime during changeovers.

Q: What are the primary benefits of choosing the WELE AA2590?

A: The main advantages include its heavy-duty build, high machining capacity, precise performance due to box-way construction, longevity with AA2590 material, and compatibility with demanding industrial environments.

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