MORI SEIKI FRONTIER M1 VERTICAL MACHINING CENTER

Equipment Overview
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- MORI SEIKI
- Model
- FRONTIER M1
- Year of Manufacture
- -
- Category
- VERTICAL MACHINING CENTERS
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A+Technical Description
The Mori Seiki Frontier M1 Vertical Machining Center is a high-performance CNC machine designed for precision milling operations. It features a robust 4-axis configuration with X, Y, and Z-axis travels of 22 inches, 16.1 inches, and 18.1 inches respectively, providing a large working envelope for versatile part machining. The spindle delivers up to 8,000 RPM with a BT 40 taper, ensuring compatibility with a wide range of cutting tools and applications. The spindle motor offers 10/7.5 kW output, supporting both short-term peak and continuous operation for demanding tasks. The machine is equipped with a 20-position automatic tool changer (ATC), enabling efficient tool management and reduced cycle times. Control is handled by the Mori Seiki MSC-500 CNC system, known for its reliability and user-friendly interface. The Frontier M1 is 4th axis ready, allowing for expanded machining capabilities with the addition of a rotary table, and includes auto lubrication for the 4th axis drive to ensure smooth, long-term operation. A standard coolant system is integrated for effective chip removal and tool cooling. The table supports a maximum load of 660 lbs, accommodating heavy workpieces, and the machine’s design emphasizes rigidity and accuracy for consistent, high-quality results in production environments.
Technical Attributes
- Max Spindle Speed
- 8,000.00 RPM
- Table Size (LxW)
- 22x16.1
- Spindle Taper
- BT 40
- Y-Axis Travel
- 16.10 ''
- Spindle Power
- 10.00 HP
- X-Axis Travel
- 22.00 ''
- Z-Axis Travel
- 18.10 ''
- Control System
- MORI SEIKI MSC-500
Data Accuracy and Verification
Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.
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