ODM 5.5kW 7.5kW Manual Engine Lathe C6150C-1000 For Metal Turning Tool Room

High Precision 500mm Swing 1000mm Length C6150C-1000 Manual Lathe Machine

• Max swing over bed: 500mm; Max swing over slide: 310mm; Workpiece cutting length: 1000mm
• Spindle hole: φ52mm; Spindle nose: ISO-C6; Spindle taper: MT6 or 1:20
• 12-step spindle speeds: 42-1600 r/min
• Comprehensive thread processing range: Metric 0.25-14 (24 kinds), Inch 2-40 (27 kinds), Module 0.25-3.5 (16 kinds)
• Powerful 5.5kW/7.5kW main motor; 0.90/0.125kW cooling bump motor; 0.12kW rapid motor
• Rigid bed width: 360mm; Tool shank cross-section: 25*25mm
• 12-month full machine warranty & lifetime technical support

The C6150C-1000 is a heavy-duty, high-precision manual lathe machine engineered to meet the rigorous demands of small-to-medium machining workshops, tool rooms, and metal processing factories. Combining robust structural design with versatile processing capabilities, this lathe excels in turning, threading, boring, and facing operations on various ferrous and non-ferrous metals, making it an ideal choice for batch production, prototype manufacturing, and precision part processing.

Built with a 360mm wide cast iron bed, the C6150C-1000 delivers exceptional rigidity and stability during heavy-duty cutting, effectively minimizing vibration and ensuring long-term machining accuracy. Its maximum swing over bed reaches 500mm, with a maximum swing over slide of 310mm, providing ample space for large-diameter workpiece processing. The 1000mm workpiece cutting length further expands its application scope, allowing the machine to handle long-axis workpieces efficiently.

The spindle system is the core of the machine's performance: equipped with a φ52mm spindle hole and ISO-C6 spindle nose, it supports high-torque transmission and stable rotation. The spindle taper (MT6 or 1:20) ensures compatibility with a wide range of standard cutting tools, while 12 adjustable spindle speeds (42-1600 r/min) enable operators to optimize parameters for different materials—from soft aluminum to hard alloy steel. For thread processing, the lathe offers an extensive range: 24 kinds of metric threads (0.25-14), 27 kinds of inch threads (2-40), and 16 kinds of module threads (0.25-3.5), meeting the diverse thread processing needs of automotive, aerospace, and mechanical parts manufacturing.

Powered by a dual-power 5.5kW/7.5kW main motor, the C6150C-1000 delivers strong cutting power for roughing and finishing operations, while the 0.90/0.125kW cooling bump motor ensures efficient chip removal and tool cooling during prolonged use. The 0.12kW rapid motor speeds up tool movement, reducing non-processing time and improving overall operational efficiency. The feeding system features precise longitudinal (0.0832-4.6569) and cross (0.0480-2.6880) feed ranges, with a 220mm cross slide travel and 120mm compound rest travel that support complex contour turning and multi-angle processing. The tailstock is equipped with a φ65mm sleeve (MT5 taper, 130mm travel), providing reliable support for long workpiece processing and enhancing machining stability.

Designed for user-friendly operation, the lathe comes with a clear control panel, ergonomic operation handles, and a compact structural layout that saves workshop space. The 25*25mm tool shank cross-section ensures stable tool clamping, reducing tool wear and improving processing precision. Whether you are processing shaft parts, disc parts, or complex curved parts, the C6150C-1000 delivers consistent performance, making it a versatile and cost-effective solution for metal processing enterprises.

Widely used in metal processing workshops, auto parts manufacturing, machinery repair shops, hardware processing factories, educational training centers, and mold making enterprises. Ideal for processing various metal materials including carbon steel, alloy steel, stainless steel, aluminum, copper, brass, and plastic, the lathe is suitable for turning shafts, discs, sleeves, and complex curved parts; it also excels in thread processing, boring, and facing operations, meeting the processing needs of multiple industries such as automotive, aerospace, construction machinery, and electronic equipment manufacturing.