Core Application Scenarios

• Large-Size Cylindrical Part Processing: With a maximum swing diameter of 500mm over the bed and a spindle bore of 80mm, the CA6150 excels at processing large-diameter shafts, sleeves, discs, flanges, and other cylindrical workpieces. It is widely used in the production of key components for heavy machinery, construction equipment, automotive chassis, and marine engines, handling materials such as thick-walled steel pipes, large cast iron parts, and high-strength alloy steel.
• Precision Thread Machining: Equipped with a high-precision lead screw and a complete gear transmission system, it can accurately process metric, inch, trapezoidal, buttress, and triangular threads with a wide range of pitches. This makes it ideal for manufacturing threaded shafts, nuts, couplings, and other threaded components used in mechanical transmission systems, ensuring reliable connection and power transmission.
• Medium to Large Batch Production: The machine’s robust structure and stable performance enable it to withstand long-term continuous operation, making it suitable for medium to large batch production of standardized parts. It can efficiently complete turning, facing, grooving, boring, and threading operations in one setup, reducing processing cycles and improving production efficiency.
• Heavy-Duty Maintenance and Repair: In industries such as power generation, mining, and metallurgy, the CA6150 is used for repairing large mechanical equipment parts, such as worn shafts, bearings, and hydraulic cylinders. Its strong load-bearing capacity and flexible processing capabilities allow for on-site or workshop-based maintenance, minimizing equipment downtime.
• Customized Processing of Special Parts: It can handle non-standard parts and special-shaped workpieces, such as conical surfaces, curved surfaces, and multi-step shafts, by adjusting tooling and processing parameters. This adaptability meets the personalized processing needs of industries such as mold manufacturing, aerospace accessories, and precision instruments.

Batch Advantages of Equipment

• Famous Brand with Proven Quality: Shenyang Machine Tool is a leading enterprise in China’s machine tool industry with decades of manufacturing experience. The CA6150 is a mature and reliable model that has undergone rigorous market testing, featuring a low failure rate, long service life, and global recognition for quality, which enhances customer trust.
• Heavy-Duty Structure with Superior Rigidity: The lathe adopts a one-piece cast iron box-type bed, which is stress-relieved and precision-ground to ensure exceptional rigidity and vibration damping. The widened guideways and reinforced spindle assembly enable stable operation during heavy cutting, maintaining consistent machining accuracy (dimensional tolerance ±0.01mm) and surface finish.
• Powerful Processing Capacity: Equipped with an 11kW high-power main motor, the CA6150 delivers strong cutting torque, enabling efficient processing of high-hardness and thick materials. The 24-speed spindle speed range and adjustable feed rates allow for optimal parameter matching for different materials and processing requirements, improving cutting efficiency and tool life.
• User-Friendly Operation and Easy Maintenance: The machine features a simple and intuitive manual control system with clearly marked handwheels, levers, and dials for precise adjustment of spindle speed, feed rate, and tool position. The forced lubrication system ensures effective lubrication of key components, reducing wear and extending service life. Spare parts are widely available globally, and the modular design simplifies maintenance and repair, lowering operational costs.
• Cost-Effective Heavy-Duty Solution: As a used lathe, the Shenyang CA6150 offers outstanding cost performance. It provides the processing capabilities and reliability of a new heavy-duty lathe at a fraction of the cost, making it an ideal investment for small and medium-sized enterprises, heavy industry workshops, and maintenance facilities looking to expand their heavy-duty machining capabilities without significant capital expenditure.