Key Advantages of the CW6163E Lathe Machine

Horizontal lathes of the CW-E series are designed for performing various turning operations, primarily on internal and external cylindrical and tapered surfaces, as well as other rotational features of workpieces. These machines handle facing operations, groove/parting cut machining, cutting-off, drilling, and threading of various types: metric, inch, modular, and diametral pitch threads. These lathes are well-suited for small-batch production workshops and maintenance/repair facilities for various types of machinery and equipment. Models with the index "62" feature a gap in the bed, enabling the machining of larger-diameter workpieces, disc-type parts, and irregularly shaped components.

Workpiece Diameter Capacity up to 630 mm

This lathe belongs to the heavy-duty universal equipment class with a maximum swing over bed of 630 mm, allowing it to handle the full range of standard workpiece sizes.

Extra-Rigid Bed Construction

The machine base is cast from high-strength iron and features a reinforced box-type structure with wide guideways. This design ensures exceptional stability when machining heavy workpieces and effectively dampens vibrations during low-speed operations.

Induction-Hardened Guideways

All working surfaces of the bed, carriage, and tailstock guideways undergo high-frequency induction hardening followed by precision grinding. This guarantees long-term retention of geometric accuracy under intensive heavy-duty operating conditions.

Spindle with Large Through-Hole

The headstock is equipped with an enlarged-diameter through-hole, enabling the machining of long bar stock of large cross-sections and the use of heavy-duty boring attachments.

High-Power Main Drive System

The lathe is equipped with a high-output electric motor that delivers substantial torque at the spindle. This allows for deep rough turning of hard forgings and castings with high material removal rates, without overloading the drive mechanism.

Wide Range of Thread-Cutting Capabilities

The kinematic design of the feed gearbox enables cutting of metric, inch, modular, and diametral pitch threads, including large-pitch threads. This makes the lathe a versatile solution for applications in power generation, shipbuilding, and heavy machinery manufacturing.