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Four major categories of 40+ SKUs, meeting diverse precision machining needs.

XKC-STN45/STN50 Series Turret Lathes

Maximum Diameter:Φ450-Φ590mm

Maximum length:200-520mm

Spindle Speed:4500-5000 rpm/min

X/Z-axis rapid traverse:20-36m/min

The STN45 series features a flat-bed design with an integrated turret box and saddle for a compact structure and high rigidity. The STN50 series utilizes a 45-degree hybrid slant bed, enabling the spindle to meet high-speed, heavy-load, and high-precision requirements for heavy cutting across a wide speed range.
The STN45 and STN50 series come standard with a "self-manufactured high-rigidity servo turret," with optional upgrades to a "servo turret" or "hydraulic turret."
The STN45 and STN50 series offer optional hydraulic or servo tailstocks to support unmanned, intelligent, and smart factory deployments.
Enable customized product design based on customer-specific requirements for materials, processes, and applications. This ensures efficient machining of complex parts tailored to the needs of diverse industries.

High-efficiency machining for aerospace, precision instruments, automotive (motorcycle) parts, new energy vehicles, and humanoid robot components.

Maximum Diameter:Φ320-Φ550mm

Maximum length:300-560mm

Spindle Speed:4000-5500 rpm/min

X/Z-axis rapid traverse:18-28m/min

The entire series features a hybrid slant bed structure with a 45-degree angle (adjustable to 30 or 60 degrees based on customer product requirements), enabling the spindle to meet high-speed, heavy-load, and high-precision design specifications for heavy cutting across a wide speed range.
Standard configuration across the entire series: "Self-manufactured high-rigidity servo turret." Optional upgrades include "custom-purchased servo turret" or "hydraulic turret."
The entire series is available with optional hydraulic or servo tailstocks to meet the needs of unmanned, intelligent, and smart factory deployments.
Enable customized product design based on customer-specific requirements for materials, processes, and applications. This ensures efficient machining of complex parts tailored to the needs of diverse industries.

High-efficiency machining for aerospace, precision instruments, automotive (motorcycle) parts, new energy vehicles, and humanoid robot components.

Our technical team can provide customized equipment configurations tailored to your specific processing requirements.