
Twin Turret CNC Lathe
Description
Technical Parameters
Overview
The Twin Turret CNC Lathe is engineered for high-volume mass production requiring stable thermal precision and optimized cycle times. It features a dual-spindle and twin-turret architecture that supports synchronized or independent machining operations across two separate channels.
The system provides synchronized spindle-to-spindle part transfer, allowing both OP10 and OP20 processes to be completed in a single automated cycle. This setup reduces manual handling, minimizes re-clamping alignment errors, and assists in maintaining dimensional consistency during 24/7 continuous production runs.

Specifications
Because the DKCK-C series is tailored for dedicated high-volume production lines, we configure the exact spindle capacity, turning envelope, and tooling layout based on your component blueprints.
|
Specification |
Configurable Production Range |
|
Control System Options |
FANUC 31i-B Dual-Channel / SIEMENS SINUMERIK ONE |
|
Max. Turning Diameter |
Up to 300 mm / 450 mm (Based on part blueprints) |
|
Max. Turning Length |
Up to 500 mm / 800 mm (Extended bed options available) |
|
Bar Capacity (Main/Counter) |
⌀ 45 mm / ⌀ 65 mm / ⌀ 80 mm options |
|
Turret Tooling Interface |
12 / 16 Stations per turret (BMT or VDI live tooling available) |
|
Base Structure |
One-piece 45° slant bed (Stress-relieved Meehanite Cast Iron) |
Premium Global Component Architecture
To ensure global serviceability and 24/7 reliability, our twin-turret platforms integrate world-class motion control and guiding systems:
CNC Controllers & Drives: FANUC 31i-B Dual-Channel / SIEMENS SINUMERIK ONE.
Linear Guideways: NSK / THK high-rigidity roller guides (Japan).
Spindle Bearings: NSK / FAG precision angular contact bearings (Class P4).
Electrical Components: Schneider Electric (France) / Omron (Japan).
Core Technical Value
The control system supports simultaneous cutting with both upper and lower turrets on a single workpiece, or split OP10/OP20 processing across the main and counter spindles to minimize cycle times.
Dynamic spindle synchronization ensures seamless, on-the-fly workpiece exchange. Hydraulic clamping minimizes manual re-clamping runout, securing high concentricity between operations.
The one-piece 45° slant bed provides high structural rigidity and dampens low-frequency harmonics during interrupted cuts, reducing tool wear and maintaining thermal stability.
Target Industries & Target Workpieces
Automotive: Gear shafts, CV joint components, pinion gears.
Hydraulics & Pneumatics: Valve spools, hydraulic pump pistons, connectors.
Fasteners & Hardware: High-precision long bushings, multi-stepped aerospace rivets.
Our 3-Step Precision Guarantee
Component Level: Critical structural parts (headstock, turret base) are machined in-house on high-precision 5-axis centers.
Static & Geometric Alignment: Verified using Renishaw laser interferometers with full dynamic accuracy compensation.
Thermal & Endurance Stress Test: 24-hour continuous dry-run testing to ensure thermal stability before packing.
Export Packaging Standard
Rust Prevention: All bare metal surfaces are treated with heavy-duty anti-corrosion inhibitors.
Sealing: Vacuum-sealed inside a heavy-gauge moisture-barrier foil bag with industrial desiccants.
Structural Security: Secured onto heavy-duty steel skids and enclosed in robust, export-compliant wooden crates to eliminate transit vibration.
FAQ
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