• High-rigidity 45° slant bed cast iron structure for heavy-duty turning-milling compound processing
• 132mm extra-large spindle through-hole (A2-11 spindle nose), 30kW high-torque spindle motor
• 12-station BMT65 horizontal power turret, 0.5s ultra-fast tool change, ER40 collet
• 12-inch hydraulic chuck, hydraulic programmable automatic tailstock
• X/Y/Z axis travel: 380/±75/1090mm, 16/10/16m/min rapid traverse speed
• 800mm swing diameter over bed, 620mm max turning diameter, 1100mm center distance
• 116mm large bar stock capacity, 1800rpm max spindle speed
• X-axis positioning accuracy ≤0.008mm, C-axis 360° positioning function
• CE & ISO 9001 certified, 1-year full machine warranty, lifelong technical support

The SDVEDON TCK700DY is a flagship heavy-duty slant bed CNC turning-milling compound lathe, engineered for ultra-large workpiece processing, heavy-duty cutting, and complex multi-axis machining. Built with a reinforced 45° slant bed cast iron structure, it delivers exceptional rigidity, vibration resistance, and thermal stability, ensuring consistent machining accuracy even under extreme heavy-cutting conditions.

Equipped with a powerful 30kW high-torque spindle and a 132mm extra-large through-hole, this lathe supports 116mm large bar stock processing, making it ideal for large shaft parts, heavy mechanical components, and aerospace structural parts. The 12-station BMT65 horizontal power turret achieves an ultra-fast 0.5s indexing time, and the built-in Y-axis (±75mm travel) enables one-stop turning, milling, drilling, and tapping, significantly reducing processing time and eliminating secondary clamping errors.

The TCK700DY features an 800mm swing diameter over bed and a 620mm max turning diameter, with an 1100mm center distance to accommodate large and long workpieces. Its 12-inch hydraulic chuck provides secure and stable clamping for large-diameter parts, while the hydraulic programmable automatic tailstock ensures reliable support for long-axis processing. The fully enclosed protective structure ensures operator safety and a clean working environment, while the integrated chip removal system efficiently handles cutting residues for easy maintenance.

Adopting imported precision linear guideways and ball screws, the TCK700DY ensures smooth, accurate movement with X-axis positioning accuracy ≤0.008mm and repeat positioning accuracy ≤0.004mm, meeting the strict demands of high-precision heavy-duty machining. The C-axis 360° positioning function further expands its processing capabilities, enabling flexible multi-sided machining of complex features such as grooves, holes, and gears.

With multiple control system options (FANUC, Mitsubishi) and a user-friendly operation interface, the TCK700DY is adaptable to diverse processing needs and operator habits. As a professional heavy-duty turning-milling compound solution from SDVEDON, it combines superior performance, high reliability, and cost-effectiveness, with comprehensive after-sales service to meet global manufacturing requirements.

1. The machine must be installed by professional technicians in a flat, vibration-free workshop, ensuring sufficient power supply, cooling system, and lubrication system are available on site.
2. Before operation, strictly follow the operation manual to inspect the spindle, turret, guideways, lubrication system, and other core components to guarantee normal operation.
3. Operators must receive professional training, wear necessary protective equipment, and strictly abide by safety operation rules to avoid personal injury.
4. Regular maintenance is essential: clean the machine periodically, calibrate the accuracy, and inspect the turret to ensure long-term stable performance.
5. When performing maintenance, tool change, or troubleshooting, please cut off the power supply first to avoid safety accidents.

Widely used in heavy machinery manufacturing (large shafts, gears, structural parts), aerospace component processing, energy and petrochemical equipment, mold production, and large-scale automated production lines. Ideal for industries requiring heavy-duty turning-milling compound processing, large bar stock machining, and high-precision large workpiece manufacturing, such as heavy machinery, aerospace, energy, and general engineering.