Horizontal Lathe Machine CD6260C With High Precision And Flexibility

The Horizontal Lathe Machine CD6260C is an advanced, multifunctional machine that delivers high precision and flexibility for a variety of machining tasks. Ideal for workshops and factories, this lathe offers reliable performance with its robust features. Whether you’re machining small or medium-sized workpieces, this machine is engineered to provide high productivity and efficiency.

Key Features:

Range of Spindle Speed (24-1600 rpm): The CD6260C lathe offers a wide spindle speed range from 24 to 1600 rpm. This flexibility allows you to select the best speed for different materials and tasks, ensuring optimal performance.

Horizontal Lathe Type: Designed in a horizontal layout, this lathe allows easy loading and unloading of workpieces, providing a stable foundation for high-quality machining.

Maximum Workpiece Weight (100 kg): The lathe can handle workpieces weighing up to 100 kg, making it suitable for a variety of medium-duty tasks.

Spindle Taper (ISO-D8): With a spindle taper of ISO-D8, the machine ensures a secure grip on tools and workpieces, preventing any slippage during operation.

Cutting Torque (20 Nm): The machine is equipped with a cutting torque of 20 Nm, which enables efficient and precise cutting of various materials, ensuring smooth and accurate results.

Multiple Tool Post Stations: The CD6260C comes with 8 or 6 tool post stations, allowing you to set up multiple tools for different operations. This reduces setup time and enhances productivity, especially during long production runs.

Swing Over Bed (600 mm): The swing over bed is 600 mm (23 3/5"), providing ample space to accommodate larger workpieces. It offers flexibility for different types of machining tasks.

Swing Over Cross Slide (360 mm): With 360 mm (14") of swing over the cross slide, this lathe can handle larger diameter parts, making it a versatile option for a variety of machining projects.

Swing in Gap Diameter (730 mm): The swing in gap diameter of 730 mm (29") allows for extra-large workpieces, ensuring the machine can handle a wider range of sizes.

Effective Length of Gap (260 mm): The 260 mm (10 1/4") effective length of the gap provides more clearance for larger workpieces, enhancing the machine's capacity and flexibility.

Bed Width (330 mm): A bed width of 330 mm (13") ensures a stable working surface, supporting heavy and larger workpieces during operation.

Thread Range for Metric, Module, and Pitch: The CD6260C lathe supports a broad range of threads:

Cross Slide Travel (300 mm): The cross slide travel of 300 mm (12") allows for easy movement of the cutting tool across the workpiece, providing flexibility for a variety of machining tasks.

Compound Rest Travel (130 mm): The compound rest travel of 130 mm (5") enables precise movement of the cutting tool in multiple directions for enhanced control.

Durability and Longevity: Built to last, the CD6260C offers a long service life with minimal maintenance. It is designed to withstand continuous, heavy-duty use, ensuring high productivity for years to come.

High Safety Level: The machine includes safety features that protect the operator during operation, ensuring a secure working environment.

User-Friendly and Easy to Operate: Despite its advanced capabilities, the CD6260C is easy to use. Its intuitive controls make it suitable for both beginners and experienced operators.

High Rigidity and Accuracy: The CD6260C lathe is designed for high rigidity, offering excellent precision. This ensures that your parts are machined to tight tolerances with consistent results.

The Horizontal Lathe Machine CD6260C is a powerful, reliable, and efficient choice for anyone looking to perform precise machining tasks. With its multifunctional design and user-friendly features, this lathe is a valuable asset for workshops or factories focused on high-accuracy metalworking.

Product Info Gallery

A lathe is a machine tool which spins a block of material to perform various operations such as cutting, sanding, knurling, drilling, or deformation with tools that are applied to the workpiece to create an object which has symmetry about an axis of rotation.