Small Vertical CNC Lathe

Nitrogen Balancing System

The Small Vertical CNC Lathe is equipped with an independent nitrogen balancing mechanism, a sophisticated design that provides a solid guarantee for rapid Z-axis movement. During high-speed Z-axis movement, the nitrogen balancing mechanism precisely balances the various forces generated during the motion, ensuring smooth, rapid, and accurate Z-axis movement. Simultaneously, this mechanism adopts an environmentally friendly and energy-saving design concept, generating no additional energy waste or environmental pollution during operation, aligning with modern industrial pursuits for green production.

Compact Structural Design
The Small Vertical CNC Lathe main unit employs a compact structural design concept, with scientifically and rationally laid out and integrated components. This design not only makes the main unit more refined and compact but also significantly reduces the equipment's footprint in the workshop. This compact structure of the Small Vertical CNC Lathe effectively improves space utilization, allowing the workshop to accommodate more production equipment, thereby increasing overall production capacity.

Integral High-Rigidity Spindle
The Small Vertical CNC Lathe spindle adopts an integral design with extremely high rigidity. This high-rigidity spindle can withstand large cutting forces during cutting, is less prone to deformation and vibration, thus ensuring the smoothness and stability of the cutting process. Driven by the spindle, the cutting tool can perform machining at a stable cutting speed and depth of cut, improving machining accuracy and surface quality. Furthermore, the Small Vertical CNC Lathe spindle employs a double labyrinth waterproof structure. This unique design effectively prevents impurities such as coolant and chips from entering the spindle, avoiding malfunctions and damage caused by contamination, and significantly improving spindle reliability and lifespan.

Large Chip Removal Angle Design
The Small Vertical CNC Lathe features a large chip removal angle, a design that fully considers the chip removal requirements during machining. During machining, a large amount of chips are generated. If chip removal is not smooth, chips will accumulate in the machining area, affecting the cutting performance of the tool and potentially leading to tool damage and reduced machining quality. The large chip removal angle design allows chips to slide off quickly under the influence of gravity, ensuring smooth and unobstructed chip removal and keeping the machining area clean, providing excellent conditions for efficient and stable machining.

Optimized Overall Bed
The bed of the Small Vertical CNC Lathe is a crucial basic component of the machine tool, and its performance directly affects the overall rigidity and machining accuracy. By optimizing the structural shape and dimensional parameters of the bed, the Small Vertical CNC Lathe improves the bending and torsional rigidity of the bed, making it less prone to deformation under machining loads. Simultaneously, the optimized bed can effectively absorb and disperse vibrations generated during machining, reducing the impact of vibrations on machining accuracy, thereby improving the overall rigidity and machining stability of the machine tool and providing a reliable guarantee for high-precision machining.