MORI SEIKI CV-500B Machining center - vertical Verified seller

Description

Numerical Control: MORI SEIKI MSC-803;
nikken board
TABLE
Table dimensions: 1320 X 550 mm;
RACING
Longitudinal travel (X axis): 1020 mm;
Transversal Stroke (Y Axis): 510 mm;
Vertical travel (Z axis): 510 mm;
Spindle taper: ISO 40;
Rotation speed: 8000 rpm;
Maximum tool diameter: Ø 100 mm;
Maximum tool weight: 6 Kg;
Spindle motor power: 11/15 kW;
Tool Warehouse: 25 tools;
X/Y/Z axis rapid feed: 42/42/32 m/min;
Internal through-spindle coolant;
Phases: 3;
Frequency: 50Hz;
Voltage: AC 200V;
Full Load Current: 84A;
Spindle motor rated current: 44A;
Breaking capacity: 5kA;
Wiring diagram NO.: AEE0487;
Rated Power: 28.8kVA;
Year of construction: 1998;
CE machine;
Overall dimensions (Length: x Width x Height): 3015 x 2300x 2745 mm;
Weight: 4000 Kg;
+ 4th axis indexed NIKKEN;
No. 8 machine feet;
Chip conveyor;
Transformer;
Including wiring diagrams;

this extra information is standard for this model. Please always double-check the details during a visit

The MORI SEIKI CV-500B Machining Center - vertical, dating back to 1998, is a precision-engineered tool that still holds its significance in modern manufacturing. This versatile machine offers exceptional performance, reliability, and efficiency in various metalworking applications.

Featuring a robust construction and advanced technology for its time, the CV-500B boasts a powerful spindle, rigid structure, and high-quality components that ensure stability during heavy-duty machining tasks. Its vertical design allows for easy access and quick tool changes, optimizing production workflow.

Equipped with a user-friendly control system, the CV-500B enables efficient programming and real-time monitoring, enhancing operator productivity and process accuracy. With its 3-axis configuration, it offers a wide range of machining capabilities, including drilling, milling, and contouring.

Despite its age, the MORI SEIKI CV-500B continues to deliver precision and performance, making it a reliable choice for industries such as automotive, aerospace, and general manufacturing. Its enduring design and engineering make it a valuable asset that has stood the test of time, offering consistent and accurate results in the ever-evolving field of metal machining.