CK6150 CNC Lathe - High-Precision, Versatile, and Robust Solution for Precision Turning Operations Introduction

The CK6150 CNC Lathe stands out as a precision-driven, highly versatile, and robust machining solution designed to meet the demanding requirements of modern manufacturing. Engineered with advanced features, it delivers exceptional accuracy, operational flexibility, and reliable performance across a wide spectrum of turning applications.
It offers a maximum swing diameter over the bed of φ500mm/560mm and over the slide of φ280/300mm, allowing for the efficient machining of various workpiece sizes. The X-axis (transverse) maximum stroke of 280/300mm, combined with a machining length (distance between centers) ranging from 500mm to 5000mm, ensures adaptability to both short and long workpiece machining needs.
Key to its performance is the A2-8/D8 spindle nose and φ82mm spindle bore with Metric No.90 (1:20) taper, enabling compatibility with diverse cutting tools and workholding systems. The spindle speed is optimized across three ranges—low (45-260 rpm), medium (140-800 rpm), and high (550-1600 rpm)—to suit different material types and cutting strategies, ensuring efficient material removal and surface finish quality.
Structurally, the CK6150 features a 400mm-wide bed guide with a one-flat and one V-shape guideway, integral bed feet for superior stability, and a 7.5/11kw spindle motor that delivers consistent power for heavy-duty operations. The turret supports vertical 4 positions and horizontal 6 positions, while the chuck comes standard with a 250mm configuration (with optional sizes for customization). A φ75mm tailstock sleeve with Morse No.5 taper further extends its machining versatility.
In terms of precision, the CK6150 excels with repeat positioning accuracy of X-axis ≤0.01mm and Z-axis ≤0.015mm, roundness <0.007, diameter consistency <0.03mm over 300mm length, and flatness <0.02mm over 300mm length. These capabilities make it an indispensable asset for manufacturers aiming to achieve high-precision, consistent results in their turning processes, while its robust design ensures long-term reliability and productivity.