The Double Column VMC-1160 is a versatile vertical machining center designed for industrial machining applications requiring precision, rigidity, and efficiency. This machine stands out in the manufacturing sector due to its robust build and advanced technology. Understanding the Double column VMC-1160 specifications is crucial for engineers and operators aiming to optimize machining performance while handling complex tasks.
Machine Structure and Build Quality
The Double column VMC-1160 boasts a dual-column structure which significantly increases the rigidity and stability of the machine. The heavy-duty cast iron frame reduces vibrations during operation, enabling high precision and smoother surface finishes. This design is especially effective for large workpieces and heavy cutting loads, enhancing overall production quality.
Working Area and Table Dimensions
One of the key double column VMC-1160 specifications is its generous working area. The table size is typically around 1600 mm in length and 600 mm in width, providing ample space for machining large components. The double column arrangement allows for a wide X-axis travel, commonly around 1100 mm, which supports extensive flexibility during operations.
Spindle Specifications and Performance
The spindle is the heart of the Double column VMC-1160. It usually features a powerful motor capable of delivering speeds up to 8000 to 10000 RPM, depending on the model variant. Coupled with a high torque rating, these spindles can handle tough materials such as hardened steel and titanium alloys. Many versions include automatic tool changers for increased productivity.
Axis Travel and Precision Capabilities
Precision is a critical aspect of the Double column VMC-1160 specifications. The machine typically offers three-axis movement with X, Y, and Z travels of approximately 1100 mm, 600 mm, and 600 mm, respectively. Linear scales in all axes ensure positioning accuracy within micrometer tolerances, making it suitable for precision mold making and aerospace parts.
Control System and Automation Features
Modern Double column VMC-1160 machines incorporate advanced CNC control systems, such as FANUC or Siemens. These controls support multi-axis programming, conversational programming, and real-time monitoring. Automation features include automatic tool changers, coolant systems, and chip conveyors, which streamline the machining process and minimize downtime.
Power Requirements and Energy Efficiency
The Double column VMC-1160 specifications regarding power indicate a requirement of three-phase electric power, generally ranging from 15 to 25 kW, depending on spindle motor size and auxiliary components. Newer models are designed for improved energy efficiency, contributing to lower operational costs and a reduced environmental footprint.
Cooling System and Thermal Stability
Thermal management is vital for maintaining machining accuracy. This model typically includes a high-capacity coolant system that circulates coolant through the spindle and workpiece area, controlling heat generation. The double column design itself contributes to improved thermal stability by dissipating heat evenly across the structure.
Tool Holding and Compatibility
Tool holding is another important aspect of the Double column VMC-1160 specifications. The machine supports various tool holders, most commonly CAT40 and BT40 types, accommodating a wide range of tooling for different machining strategies. The tool magazine can store up to 24 or more tools, facilitating complex machining cycles without manual intervention.
Maintenance and Service Accessibility
Maintenance considerations are built into the Double column VMC-1160 specifications to reduce downtime and extend machine life. Features such as easy access panels, centralized lubrication systems, and diagnostic software simplify routine maintenance. Operators benefit from detailed manuals and remote support options provided by manufacturers.
Applications and Industry Usage
Due to its robust design and versatile capabilities, the Double column VMC-1160 is widely used in automotive, aerospace, mold making, and heavy equipment manufacturing. Its specifications make it suitable for machining large metal parts with high precision and repeatability, ensuring it meets the stringent demands of modern production environments.
Quote Inquiry
contact us
