High Precision Vertical CNC Lathes

The High Precision Vertical CNC Lathes's power unit is independent of the turret, not occupying the turret tool mounting position. It can be equipped with Y-axis (longitudinal feed) or C-axis (rotary axis) functions to achieve milling and turning composite functions, depending on machining requirements. The CNC vertical lathe can be configured with a drive turret, which has an independent power unit to drive dedicated punching tools, meeting the high-precision punching requirements of shaft-type parts. The CNC machine tool's power unit is designed to match the C-axis, facilitating flexible configuration according to machining needs and reducing equipment upgrade costs.

This CNC vertical lathe employs a moving column structure, replacing the traditional fixed column with a movable one. The worktable remains stationary while the column moves along the X/Y axes to complete the machining process. This moving column design eliminates inertial errors caused by high-speed table movement, making it particularly suitable for machining heavy workpieces or long, narrow parts. The fixed table design allows for the support of larger workpieces, and any shift in the center of gravity does not affect machining accuracy. This type of CNC machine tool reduces the footprint, improving factory utilization, and also allows operators easier access to the worktable for loading and unloading workpieces.

This High Precision Vertical CNC Lathes is equipped with a dual chip conveyor system. Through differentiated channel design, it can simultaneously handle various chip shapes, including coiled, lumpy, and granular chips. For example, the chain-plate chip conveyor is suitable for long, narrow chips, while the spiral chip conveyor excels at conveying powdery chips. This versatility allows the dual chip conveyor system to adapt to various machining processes such as turning, milling, and drilling, making it particularly suitable for multi-machining centers or flexible production lines. The design avoids the clogging risk caused by mixed chip types in single-channel chip conveyors, ensuring a continuous and stable chip removal process.

Taking a centralized automatic lubrication system on a High Precision Vertical CNC Lathes as an example, its core components include an oil tank, an oil-air mixing control chamber, a compressed air filter, a flow control device, a timing controller, a multi-channel lubrication distributor (covering bearings, guide rails, gears, lead screws, etc.), and a blockage alarm device. The automatic lubrication system precisely delivers lubricating oil to each friction pair using compressed air, forming an oil film to reduce wear. Simultaneously, the timing controller enables periodic oil supply, avoiding oil waste or contamination caused by excessive lubrication.