Features

• High Efficiency: The rapid traverse speed of all three axes has increased by 50%, and the tool change time of the direct-drive spindle has significantly improved, delivering high-efficiency machining performance.
• High Rigidity: The main components are made of cast iron, effectively absorbing cutting forces and the machine’s weight to guarantee high-precision machining.
• High-Performance Spindle: Equipped with high-performance precision spindle bearings, the spindle can reach speeds up to 12,000 rpm. A spindle oil cooling system effectively controls temperature rise.
• Tool Changer: The 24-tool robotic tool changer features quick and reliable arm exchanges, stable performance, and reduced tool change time, ensuring efficient and high-quality machining.
• Linear Axis Drive Structure: The drive structure features one end fixed and one end supported, combined with a pre-tensioned ball screw structure, ensuring efficient and accurate operation.
• Spindle Drive Structure: The spindle and motor are directly connected using a high-speed coupling, minimizing mechanical efficiency losses during transmission.
• Three-Axis Linear Guide: Offers smooth operation, with an option to select roller guides for enhanced performance.
• Large Diameter C3-Class Ball Screws: Equipped with a pre-tension structure to eliminate thermal expansion. The ball screw bearings utilize contact-sealed bearings for reliable operation.
• Chip Disposal System: Provides economical and practical solutions with a spiral chip conveyor and a smooth, reliable chain chip conveyor for efficient handling of various chip types.
• Cooling System: Features a large-capacity water tank and a high-flow spindle head coolant system to effectively reduce temperature rise during cutting for both spindle and workpiece. An optional high-flow flushing system efficiently removes chips.
• Centralized Lubrication System: Ensures proper lubrication of moving parts with efficient centralized lubrication and reasonable oiling intervals, extending the service life of the machine.
• Simple Oil-Water Separator: Uses gravity settling based on the density difference between water and oil to remove oil from the cutting fluid, ensuring its circulation.
• Optional Automatic Door: Provides accurate and efficient operation, enabling users to achieve automated production lines.

Applications

• Vertical machining center VDLS series is not only suitable for plate, disk, shell, precision parts processing, but also for mold processing. The parts can be milling, boring, drilling, expanding, reaming, tapping and other multi-process machining after one clamping.
• It is widely used in automotive, energy and power generation and mechanical engineering industries.