GOODWAY GVB-5000 VERTICAL CNC LATHE

Description

GOODWAY GVB-5000 – Heavy-Duty Vertical CNC Lathe for Large-Diameter Turning Applications

The GOODWAY GVB-5000 is a powerful, precision-engineered vertical CNC turning center built for heavy-duty machining of large, heavy, and high-diameter workpieces. Designed to meet the needs of industries such as aerospace, wind power, energy, rail, mining, and heavy machinery manufacturing, the GVB-5000 delivers superior stability, rigidity, and cutting performance for even the most demanding applications.

Featuring a maximum turning diameter of up to 5,000 mm, the GVB-5000 is equipped with a heavy-duty vertical structure that allows easy handling of oversized parts while maintaining high accuracy and surface quality. Its robust column and base construction, paired with wide box-type cross rails and high-performance linear guideways, ensures exceptional rigidity and thermal stability during long-cycle heavy cutting. The spindle is supported by high-precision angular contact bearings and powered by a high-torque motor to deliver consistent performance in roughing and finishing operations.

With an advanced FANUC CNC control, programmable tooling, and a fully enclosed guarding system, the GVB-5000 offers full automation capabilities and operator safety. It can be configured with optional C-axis, live tooling, and automatic tool changers (ATC) to enable turn-mill capabilities, complex profiling, and contouring in a single setup—significantly reducing downtime and improving throughput.

Key Features:

• Massive turning capacity – Ideal for parts up to 5,000 mm diameter
• High-rigidity vertical lathe structure with reinforced base and column
• Designed for heavy-duty cutting of large-diameter, high-weight components
• Precision spindle system with high torque for powerful metal removal
• Box-type cross rail and wide linear guideways ensure stability and accuracy
• Automatic tool changer (ATC) available for increased productivity
• Full machine enclosure with easy operator access and chip management
• Ideal for aerospace, energy, rail, and heavy equipment manufacturing