VTC50 High Speed Vertical Turret Lathe
The VTC50 high-precision vertical CNC lathe is capable of turning various threads, arcs, cones, and the inner and outer surfaces of rotating bodies, meeting the high-speed cutting requirements for both ferrous and non-ferrous metal materials. It is primarily used for processing large and heavy workpieces with significant radial dimensions and relatively small axial dimensions, as well as those with complex shapes. Such as the threads, arcs, and inner and outer curved surfaces, end faces, and grooves of various discs, wheels, and sleeves. Additional devices can also be installed for milling and grinding operations, making it suitable for the processing of parts in industries such as motors, valves, automobiles, motorcycles, bearings, and water pumps.
Description
VTC50 Vertical Turret Lathe Introduction
This machine tool is equipped with an extended cylindrical roller guide rail with very strong cutting performance. The spindle speed can reach 3000rpm, and the X and Z axis rapid running speed can reach 25m/min, which can achieve high-speed and efficient processing.
The vertical carriage of the machine tool is equipped with a gas-liquid balance system, which uses high-pressure nitrogen and hydraulic oil to balance the weight of the carriage and turret, allowing the machine tool to operate at high speed and precision, reducing the load on the servo motor, increasing the accuracy and life of the machine tool, and preventing There are dangers such as the carriage falling when an unexpected power outage occurs.
1. Built on cutting-edge technologies at home and abroad, the vertical lathe VTC50 is economical, efficient, energy-saving, and environmentally friendly, the first choice for machining complex disc and short shaft parts in automobile, water pump, motor, and other industries.
2. This machine adopts an extended heavy-duty roller linear guideway, which has good cutting rigidity, dynamic response performance, good precision retention, and a long service life.
3. This machine can turn various threads, arcs, cones, and inner and outer curved surfaces of rotating parts. It can also meet the speed requirement for cutting ferrous and non-ferrous metal materials.
4. This machine is mainly used for machining large and heavy workpieces with large radial dimensions, small axial dimensions, and complex shapes. Additional devices can be installed for milling or grinding.
Main Structural Features
1. The machine tool features a high-strength cast iron base and columns, optimized through finite element analysis to achieve optimal modal characteristics and mechanical distribution, ensuring excellent vibration damping. Multiple aging and heat treatment processes ensure the machine tool maintains optimal mechanical performance and structural stability over extended periods.
2. The machine tool adopts an integrated spindle structure with a high-rigidity bearing layout, meeting both high rigidity and high-speed requirements. The clearance between the spindle unit and the bed is ≤0.02mm, providing excellent vibration damping, preventing foreign object penetration, and ensuring stable operation even in harsh machining environments.
3. The machine tool is equipped with extended heavy-duty linear roller guides, offering excellent cutting rigidity and dynamic response performance, with good precision retention and a long service life.
4. The X and Z axes utilize precision ball screw pairs and specialized ball screw bearings, meeting the requirements for high rigidity and high-precision cutting. The ball screw supports employ a pre-tensioned structure, significantly reducing the impact of thermal deformation on precision during prolonged machine operation.
5. The vertical saddle of the machine tool is equipped with a pneumatic-hydraulic balancing system, which uses high-pressure nitrogen and hydraulic oil to balance the weight of the saddle and tool turret. This enables the machine tool to achieve high-speed, high-precision operation, reduces the load on the servo motor, extends the machine tool’s precision lifespan, and prevents dangerous situations such as the saddle dropping in the event of an unexpected power outage.
