CNC Vertical Turning Lathe

Vertical Worktable Base
The gravity-aligned structural design mounts the workpiece directly onto a heavy horizontal rotary table, eliminating spindle droop and maintaining precise coaxiality during heavy machining.

High-Rigidity Cast Iron Bed
Constructed from dense, stress-relieved casting structures, the machine frame effectively dampens cutting vibrations during deep cuts and high-torque stock removal.

Precision X and Z Linear Axis Drives
Preloaded precision ball screws matched with hardened box or linear guideways ensure accurate position feedback and high repeat positioning accuracy under heavy cutting loads.

Automatic Multi-Station Turret
The high-torque indexing tool turret enables rapid tool changes, supporting continuous multi-process machining workflows without manual repositioning.

Heavy Machinery and Flange Manufacturing
Optimized for precise facing, turning, and shoulder boring on large industrial pipe flanges, valves, and pressure vessel connectors.

Automotive and Railway Components
Delivers rapid cycles and uniform surface finishes for heavy brake discs, wheel hubs, flywheels, and railway locomotive ring gear blanks.

Energy and Power Generation Equipment
Built for heavy-duty metal removal on large wind turbine bearing rings, hydro-turbine housings, and generator end shields.

Maximum Turning and Clearance Radius
Evaluate both raw forging dimensions and target finished dimensions to ensure adequate cross-slide clearance and radial tool reach.

Loading Height and Z-Axis Travel
Account for chuck jaw height, fixture height, and minimum tool extension length to guarantee unhindered Z-axis operation across the entire profile depth.

Dynamic Weight Capacity
Calculate total load including raw material mass and fixture assembly to remain within certified rotary table bearing limits.

Material Removal and Power Requirements
Select appropriate spindle motor power and gearbox torque based on workpiece material hardness and required depth of cut.

Manual and Hydraulic Chuck Systems
Supports 3-jaw self-centering chucks, 4-jaw independent chucks, and custom hydraulic clamping systems for secure workholding.

Custom Component Tooling
Specialized fixtures can be mounted directly to the T-slotted worktable to hold asymmetric parts, thin-walled rings, or non-standard castings securely.

Dynamic Laser Alignment
Every machine axis undergoes laser interferometer calibration to verify geometric straightness, pitch, and axis positioning accuracy.

Rigorous Pre-Shipment Load Testing
Full-power test machining is executed on representative test workpieces to verify actual cutting tolerances, surface roughness, and thermal stability before dispatch.

Optimized High-Volume Setups
Dedicated workholding setups, customized tool tooling blocks, and macro programs minimize cycle times for high-volume series production.

Auxiliary Handling Equipment
Optional integrated chip conveyors, high-pressure coolant pump systems, and auto-door enclosures streamline shop-floor productivity.

To receive an accurate machine recommendation and custom price quote, please provide:

2D component drawings or 3D CAD files (indicating critical dimensions and tolerances).
Raw material type and hardness parameters.
Maximum finished turning diameter and total part height.
Finished workpiece weight and raw forging dimensions.
Annual target production volume and preferred CNC control preference.