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Wholesale Vertical Machining Center Tongtai TMV1350A: Box Way Stability for Heavy Cutting Suppliers, Factories

The Tongtai TMV1350A is a robust CNC machining center featuring a 3-axis box way slide design, delivering exceptional rigidity and vibration absorption. Its Y-axis four box way slides ensure full saddle support, while the optional BT-50 spindle with gearbox excels in heavy cutting. Equipped with a Z-axis counterbalance system, this vertical CNC machine is ideal for automotive and heavy machinery sectors requiring stable, high-torque operations.

Product Description

Product Overview

Designed as a heavy-duty vertical machining center, the TMV1350A stands out with its box way structure—prioritizing stability for demanding cutting tasks. Unlike standard milling centers, its reinforced design handles substantial loads while maintaining precision, making it a reliable choice for processing medium to large workpieces.
Worktable Capabilities: With a 1500×750 mm table and 1300 kg max load, paired with X/Y/Z travels of 1350×750×700 mm, it accommodates bulky components like automotive subframes and industrial castings.
Heavy Cutting Performance: The optional BT-50 spindle (3500–6000 rpm) with gearbox delivers superior torque, while the 18.5 kW motor powers through tough materials—outperforming many CNC turning centers in high-torque scenarios.
Stable Motion: Box way slides minimize deflection during heavy cuts, while X/Y rapid traverse at 20 m/min and Z-axis at 15 m/min balance speed and control. The Z-axis counterbalance reduces operational strain, enhancing longevity.
Customization Options: Supports tailored configurations, including 32-tool magazine upgrades, to match specific production needs—adding versatility to its heavy-duty core.

Key Advantages

Box Way Rigidity: 3-axis box way slides and four Y-axis guides provide unmatched stability, critical for multi-axis CNC machines handling heavy cutting loads.
Enhanced Z-Axis Performance: Counterbalance system reduces wear during vertical movements, ensuring consistent precision in prolonged operations— a feature that distinguishes it from basic vertical lathes.
Powerful Spindle: BT-50 taper with gearbox design excels in heavy material removal, making it suitable for hardened steel and thick castings beyond the scope of standard vertical milling machines.
Automotive-Focused Design: Popular in auto manufacturing for its ability to process large structural parts with high repeatability, complementing 5-axis machining centers in production lines.

Ideal Applications

Trusted for machining automotive chassis components, heavy machinery parts, and large metal structures. Its box way stability and heavy cutting capability make it a valuable addition to workshops alongside horizontal CNC machines handling diverse workloads.

Product Specifications

SpecificationTMV-1350A
Table size(LxW)1500x750 mm
Max. loading capacity1300 kg
X/Y/Z axis travel1350/750/700 mm
X/Y/Z axis rapid traverse20/20/15 m/min
Spindle tapper7/24 Taper No.50
Spindle speed3500 (6000) rpm
Spindle motor18.5/15/11 kW
Tool capacity24 (32) pc

Frequently Asked Questions

What makes the TMV1350A suitable for heavy-duty cutting?
The machine features a robust box way structure and an optional BT-50 spindle with a gearbox, providing the necessary rigidity and high torque required for aggressive material removal.
What is the maximum workpiece weight the table can handle?
The TMV1350A worktable is designed to support a maximum loading capacity of up to 1300 kg, making it ideal for large industrial castings.
How does the Z-axis counterbalance system benefit the machine?
The counterbalance system reduces the strain on the Z-axis motor and mechanical components during vertical movements, ensuring smoother operation, better precision, and a longer machine lifespan.
Can the tool magazine capacity be increased?
Yes, while the standard capacity is 24 tools, the system supports upgrades to a 32-tool magazine to accommodate more complex machining sequences.
In which industries is the TMV1350A most commonly used?
It is widely utilized in the automotive industry for chassis components, as well as in heavy machinery manufacturing and large-scale structural metal processing.

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