Heavy Duty Lathe Machine Model No. V G H - 267


Heavy Duty Lathe Machine VGH-267 – High Power, Precision & Durability

The Heavy Duty Lathe Machine Model No. VGH-267 is designed for industrial applications requiring superior strength, precision, and reliability.

Built with a robust cast iron body, this machine ensures vibration-free operation, providing maximum stability and accuracy for heavy-duty turning, facing, threading, and taper cutting applications.

Its heavy-duty construction allows it to handle large workpieces with ease, making it ideal for industries such as metal fabrication, manufacturing, and engineering workshops.

Equipped with a powerful high-torque motor, the VGH-267 delivers consistent and smooth performance, even during prolonged operation.

Its precision-ground bedways offer exceptional wear resistance, ensuring long-lasting durability and minimal maintenance.

The advanced spindle system supports variable speed control, allowing operators to adjust settings based on material type and machining requirements for optimal performance.

Heavy Duty Lathe Machine Model No. V G H - 267


Heavy Duty Lathe Machine VGH-267 – High Power, Precision & Durability

The Heavy Duty Lathe Machine Model No. VGH-267 is designed for industrial applications requiring superior strength, precision, and reliability.

Built with a robust cast iron body, this machine ensures vibration-free operation, providing maximum stability and accuracy for heavy-duty turning, facing, threading, and taper cutting applications.

Its heavy-duty construction allows it to handle large workpieces with ease, making it ideal for industries such as metal fabrication, manufacturing, and engineering workshops.

Equipped with a powerful high-torque motor, the VGH-267 delivers consistent and smooth performance, even during prolonged operation.

Its precision-ground bedways offer exceptional wear resistance, ensuring long-lasting durability and minimal maintenance.

The advanced spindle system supports variable speed control, allowing operators to adjust settings based on material type and machining requirements for optimal performance.

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