Product Overview

CNC Turning Machining Center is engineered for stable, high-precision machining of heavy shaft-type and cylindrical metal components in continuous batch production environments.

The machine is designed to maintain dimensional consistency under long-cycle cutting conditions by combining a rigid structural foundation, thermally stable cast iron bed, and controlled spindle system.

It is suitable for industrial users requiring repeatable accuracy, stable surface finish quality, and reduced downtime in multi-shift production.

Product-Details-

Product Specifications

All specifications are defined based on standard test conditions under ISO machining center measurement principles.

Machine Type	CNC Turning Machining Center
Maximum Swing Over Bed	500–1200 mm
Maximum Turning Length	600–2000 mm
Spindle Bore	Ø 80–250 mm
Spindle Speed	30–4500 rpm
Turret Type	8/12 stations (BMT / VDI optional)
Maximum Workpiece Weight	500–3000 kg
Power Requirement	380V / 50Hz / 3 Phase

Product-Testing

Technical Parameter

Performance Metrics	Technical Data
Positioning Accuracy	±0.008 mm
Repeatability	±0.005 mm
Rapid Traverse	20–30 m/min
Spindle Motor Power	15–45 kW
Tool Size	25 × 25 mm (square)
CNC Control	Fanuc / Siemens / Mitsubishi
Cooling System	High-pressure coolant system

Positioning accuracy and repeatability values are measured under factory temperature-controlled conditions using laser interferometer systems and ballbar circularity testing equipment.

Performance results may vary depending on installation environment, workpiece weight, and cutting conditions.

Core Technical Advantages

Meehanite cast iron slanted bed improves vibration damping and reduces cutting-induced deformation, helping maintain stable accuracy during long production cycles.

Spindle configurations up to 45 kW with P4-class precision bearings ensure stable torque output and controlled radial runout during heavy-duty cutting of steel and alloy materials.

FANUC, Siemens, and Mitsubishi systems ensure global compatibility, stable operation, and simplified maintenance for international users.

Heavy-duty linear guideways and pre-tensioned ball screws enable rapid traverse up to 30 m/min while maintaining positioning stability.

Target Applications

Energy & Oil: Large-diameter flanges, valve bodies, and pipe couplings.

Automotive & Heavy Industry: Heavy-duty drive shafts, axles, and cylindrical actuators.

General Machine Shops: High-mix, low-volume or high-volume batch contract manufacturing requiring tight tolerances.

Manufacturing Process

Machining and inspection processes follow ISO 230-2 and ISO 10791 evaluation principles for machine tool accuracy verification. Each machine is manufactured through controlled production stages:
●Cast iron bed casting with natural aging treatment to reduce internal stress
●CNC precision machining of guideways and mounting surfaces
●Spindle dynamic balancing before assembly
●Laser alignment of X/Y/Z axes before final integration
●Full machine dry-run under simulated load conditions

CE-Certificate

Quality Control & Factory Power

100% Verified Testing: Every machine undergoes Renishaw laser calibration, Ballbar geometric testing, and a mandatory 72-hour continuous dry-run before shipment.

Production Capacity: Manufactured in our ISO 9001:2015 certified facility. Continuous throughput ensures reliable lead times of 30–45 days.

Compliance: Fully CE Certified for immediate entry into European and international markets.

B2B Support & Delivery

Machines are exported with industrial-grade anti-corrosion treatment, vacuum-sealed packaging, and reinforced container fixation to ensure shipping stability.
We provide:
●12-month warranty on core mechanical and electrical components
●Lifetime technical support from English-speaking engineers
●Fast-response spare parts supply for production continuity

Workshop

FAQ

Q: What CNC control systems do you support?

A: FANUC, Siemens, and Mitsubishi systems are available. These platforms are widely used in global manufacturing industries, ensuring compatibility with existing CNC programming standards (G-code) and simplifying operator training.

Q: How is machining accuracy guaranteed before shipment?

A: Accuracy is verified through laser interferometer calibration, ballbar circularity testing, and full machine dry-run testing under simulated cutting conditions. Each machine is issued an inspection report before delivery.

Q: What is the typical lead time for a standard configuration?

A: Standard models are delivered within 30 to 45 days, supported by our ISO 9001-certified factory assembly lines to ensure predictable shipping schedules.

Q: How do you handle warranty claims and spare parts for international buyers?

A: We provide a 12-month warranty on core components; replacement parts are dispatched via DHL/FedEx within 48 hours, alongside lifetime English-speaking technical support.

Q: What packaging methods do you use to prevent maritime rust and damage?

A: Machines are treated with anti-rust oil, vacuum-sealed in plastic barrier bags, and heavily bolted to reinforced steel or wooden bases inside the container.

Q: What ensures long-term machining stability during continuous production?

A: Long-term stability is achieved through a rigid cast iron structure, thermally stable bed design, and pre-aligned guideway systems. These reduce deformation and maintain geometric accuracy during extended machining cycles.

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