VTC65M Vertical Turning Center with Tool Magazine

VTC65M Vertical Turning Center Introduction

1. Using high-strength cast iron base and columns, the structure is optimized through finite element analysis to achieve the modal characteristics and mechanical distribution and has good shock absorption. After multiple aging and heat treatment processes, the machine tool can maintain its stability for a long time. Good mechanical properties and structural stability.
2. The machine tool adopts an integral spindle structure and uses a high-rigidity bearing layout plan, which can meet the high-rigidity and high-speed requirements of the machine tool at the same time. The matching clearance between the spindle unit and the bed is ≤0.02mm and the shock absorption effect is good, preventing the penetration of foreign matter, and ensuring that the spindle can still work stably in harsh processing environments.

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.

Main structural features of VTC65M Vertical Turning Lathe 

Vertical Turning Lathe VTC65M, with Servo Spindle and an extra BT40 Spindle (for drilling and milling), Hydraulic None Through Chuck with Indexing Chuck, Hydraulic Servo 12 Tool Post Turret with an extra BT40 16 Tool Post Magazine, good choice for the Valve Processing.

Vertical Turning Machine VTC65M Specification

Please note that there may be slight differences in appearance and parameter depending on your options.

Tool Interferogram

VTC65M Vertical Turning Center Application

Frequently Asked Questions

Q1: What distinguishes the VTC65M from a standard vertical turret lathe?

The VTC65M Vertical Turning Center with Tool Magazine goes significantly beyond a standard vertical turret lathe by incorporating an automatic tool magazine — typically a chain-type or disc-type ATC — that allows the machine to store and automatically exchange a large number of cutting tools during a single machining cycle. This enables complex multi-operation parts to be completed in one setup without manual tool intervention, dramatically reducing cycle time and setup labor.

Q2: How many tools can the VTC65M tool magazine hold?

The VTC65M tool magazine capacity varies by configuration but typically accommodates between 12 and 24 tool positions as standard, with extended magazine options available depending on the specific production application. The larger the tool magazine, the greater the number of distinct operations the machine can perform unattended within a single part program.

Q3: What is the maximum workpiece diameter the VTC65M can machine?

The VTC65M Vertical Turning Center is designed to handle workpieces up to 650mm in diameter, making it suitable for larger disc-shaped components, heavy flanges, large bearing housings, ring gears, and structural parts that exceed the capacity of smaller vertical turning machines while still requiring multi-operation precision machining.

Q4: Can the VTC65M perform milling and drilling operations in addition to turning?

Yes. The VTC65M Vertical Turning Center with Tool Magazine is configured to support live tooling — powered rotating tool holders driven by a separate milling spindle motor. This enables the machine to perform radial and axial milling, drilling, tapping, and contour milling operations on the same workpiece without re-fixturing, making it a true turn-mill center capable of complete part machining in a single setup.

Q5: What CNC control options are available for the VTC65M?

The VTC65M is available with FANUC, Siemens 828D or 840D, and Mitsubishi CNC control systems. Each platform offers full support for turning cycles, milling cycles, tool life management, automatic tool length measurement, and ATC coordination. Control system selection is made at the time of order to align with the customer's existing programming and maintenance standards.

Q6: How does the tool magazine improve production efficiency on the VTC65M?

By eliminating the need for manual tool changes between operations, the VTC65M tool magazine dramatically reduces non-cutting time. Multi-feature parts that previously required multiple setups across different machines — turning on one, drilling on another, milling on a third — can be completed entirely within the VTC65M in a single clamping. This reduces total cycle time, eliminates re-fixturing errors, and frees operators to run additional machines simultaneously.

Q7: Is the VTC65M suitable for aerospace and medical component machining?

Yes. The VTC65M Vertical Turning Center with Tool Magazine is well-suited to high-value, complex components in aerospace, medical device, energy, and defense manufacturing. Its multi-operation capability, high positioning accuracy, and support for exotic materials such as titanium, Inconel, and stainless steel make it a strong fit for sectors where part complexity, material difficulty, and dimensional precision requirements are all high simultaneously.

Q8: What safety features does the VTC65M incorporate?

The VTC65M incorporates a full machine enclosure with interlocked safety doors, automatic tool collision detection via the CNC control, spindle overload protection, coolant system monitoring, and emergency stop circuits on all operator access points. ATC operation is fully guarded and interlocked to prevent tool magazine movement while the work area is accessible, meeting CE and relevant international machinery safety standards.