CNC Lathe Machine – Precision Engineering for Industrial Excellence This advanced
CNC Lathe machine is engineered to deliver superior performance, exceptional durability, and consistent precision in high-demand manufacturing environments. Designed with a focus on rigidity, thermal stability, and long-term reliability, it stands out as a top-tier solution for modern
machining operations worldwide. Whether you're handling
heavy-duty cutting or fine finishing tasks, this machine ensures optimal results across diverse materials and applications. Key Features: - High-strength cast iron bed (HT300 material) with stress-relief annealing and aging treatment for enhanced structural integrity - Dual-stage aging process followed by ultra-precision grinding of guide rails using CNC-guided surface technology - Inclined-bed design for improved chip evacuation, better ergonomics, and efficient space utilization - Dual-track Z-axis configuration for smooth motion, high load capacity, and stable operation at elevated speeds - Premium spindle unit featuring four bearing sets for minimal radial runout (≤0.002 mm), excellent vibration damping, and sustained high-speed performance without overheating Detailed Description: The foundation of this industrial-grade lathe lies in its robust monolithic casting structure—crafted from HT300 gray cast iron, known for its superior stiffness and resistance to deformation under prolonged stress. After initial rough machining, the bed undergoes a secondary aging treatment, eliminating internal stresses that could otherwise compromise accuracy over time. The final guide rail surfaces are finished using a dedicated CNC guideway grinding system, ensuring micron-level flatness and alignment critical for repeatable machining quality. In the vertical direction, the machine employs a dual
Horizontal track layout, which significantly boosts linear motion stability and allows for greater payload handling during aggressive cutting cycles. This setup supports high-speed operations while maintaining dimensional consistency—a key advantage for manufacturers seeking productivity gains without sacrificing finish quality. The sloped bed design not only enhances rigidity but also promotes natural chip fall-away, reducing downtime caused by buildup and improving overall workshop cleanliness. At the heart of the machine is the spindle assembly, integrated directly into the main housing for superior heat dissipation and mechanical accuracy. With four precision-engineered bearings arranged in an optimized configuration, the spindle delivers outstanding rotational stability, even under extreme loads or rapid acceleration. Its minimal radial runout ensures consistent tool paths and surface finishes, making it ideal for aerospace components, automotive parts, and custom metal fabrication where tolerances matter most. Ideal Applications: This CNC lathe is perfectly suited for job shops, contract manufacturers, and OEM facilities engaged in precision turning, thread cutting, facing, grooving, and contouring. It excels in industries such as automotive engineering, medical device production, energy sector components, and general industrial machining. Whether working with steel, aluminum, brass, or exotic alloys, users benefit from reduced cycle times, fewer rejects, and extended tool life due to the machine’s dynamic balance and low-vibration characteristics. Customer Feedback: Users consistently praise the machine’s build quality, noting how the combination of heat-treated castings, precise rail alignment, and rigid frame translates into reliable output over months of continuous use. Many highlight the ease of setup, especially when transitioning between different part types, thanks to the intuitive control interface and modular tooling options available. Others appreciate the quiet operation—even at high RPMs—which contributes to a safer and more comfortable work environment. Frequently Asked Questions: What makes this lathe suitable for high-speed machining? Its reinforced bed structure, advanced bearing arrangement, and optimized Z-axis design allow for stable, fast movements without compromising accuracy or surface finish. How does the inclined bed improve chip management? The angled configuration enables chips to fall away naturally under gravity, minimizing interference with cutting tools and reducing manual cleaning efforts. Is the machine easy to maintain? Yes, the modular construction and accessible components make routine inspections, lubrication, and minor adjustments straightforward for trained technicians. Does it support both metric and imperial units? Absolutely—it features a programmable control system compatible with multiple measurement standards, offering flexibility for global production needs.
Product Categories : CNC Lathe
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