Extra Heavy Duty Lathe Machine Model No. V G H - 558


Extra Heavy Duty Lathe Machine VGH-558 – Ultimate Power, Precision & Performance

The Extra Heavy Duty Lathe Machine Model No. VGH-558 is a powerhouse of strength, accuracy, and durability, designed for the most demanding industrial machining tasks.

Built with a high-grade cast iron structure, it ensures maximum stability, eliminating vibrations for precise machining.

This lathe is ideal for turning, facing, threading, taper cutting, and other heavy-duty applications, making it a preferred choice in industries such as metal fabrication, shipbuilding, railway workshops, and heavy engineering.

Powered by a high-torque motor, the VGH-558 delivers smooth, consistent performance even under extreme workload. 

Its precision-ground bedways enhance wear resistance, ensuring long-term operational reliability.

The advanced spindle system provides variable speed control, allowing operators to fine-tune cutting speed based on different materials and machining requirements, ensuring high efficiency and superior output.

Extra Heavy Duty Lathe Machine Model No. V G H - 558


Extra Heavy Duty Lathe Machine VGH-558 – Ultimate Power, Precision & Performance

The Extra Heavy Duty Lathe Machine Model No. VGH-558 is a powerhouse of strength, accuracy, and durability, designed for the most demanding industrial machining tasks.

Built with a high-grade cast iron structure, it ensures maximum stability, eliminating vibrations for precise machining.

This lathe is ideal for turning, facing, threading, taper cutting, and other heavy-duty applications, making it a preferred choice in industries such as metal fabrication, shipbuilding, railway workshops, and heavy engineering.

Powered by a high-torque motor, the VGH-558 delivers smooth, consistent performance even under extreme workload. 

Its precision-ground bedways enhance wear resistance, ensuring long-term operational reliability.

The advanced spindle system provides variable speed control, allowing operators to fine-tune cutting speed based on different materials and machining requirements, ensuring high efficiency and superior output.

Quick Inquiry