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Wholesale CNC Machining Center Tongtai TMV-1600A: Heavy-Duty with Box Way Stability Manufacturers, Manufacturer

The Tongtai TMV-1600A, a robust vertical machining center, is engineered for heavy-duty operations. Featuring a 3-axis box way slide design, it delivers exceptional rigidity and vibration absorption, while its Y-axis four box way slides ensure superior saddle support. This CNC machine tool excels with large workpieces, making it ideal for automotive manufacturing and heavy machinery sectors requiring reliable heavy cutting performance.

Product Description

Product Overview

As a high-capacity vertical machining center, the TMV-1600A stands out with its box way structure—offering a perfect blend of strength and precision for large-part machining. Unlike standard vertical mills, its robust build handles extreme loads without compromising stability, making it a cornerstone in heavy-industry production lines.
Expansive Capabilities With an X/Y/Z axis travel of 1600×800×700 mm and a 1600×850 mm worktable, it supports an impressive 2000 kg max load—ideal for oversized components, from thick steel plates to large cast-iron workpieces.
Heavy Cutting Performance Optional BT-50 spindle with gearbox design delivers exceptional heavy cutting capability, paired with an 18.5 kW spindle motor (3500–6000 rpm) for handling tough materials with ease.
Stability Enhancements The Z-axis counterbalance system reduces operational load, ensuring smooth movement even during prolonged use. X/Y/Z rapid traverse rates of 15/15/12 m/min prioritize controlled precision.
Customization Flexibility Supports tailored configurations, including spindle upgrades and tool magazine expansions (32–40 tools), to match unique heavy-machining requirements.

Key Advantages

Box Way Rigidity 3-axis box way slides and four Y-axis box ways provide unmatched stability, outperforming linear guide systems in heavy cutting scenarios.
Heavy Load Capacity 2000 kg max load capability surpasses standard vertical CNC lathes, making it suitable for oversized automotive and machinery components.
Vibration Absorption Advanced structural design minimizes vibration during high-torque operations, ensuring precision even in prolonged heavy cutting.
Efficient Heavy Cutting BT-50 spindle with gearbox delivers superior torque, while the counterbalance system optimizes Z-axis performance.

Ideal Applications

Trusted in automotive manufacturing for machining large engine blocks and chassis components, in heavy machinery for structural parts, and in energy sectors for oversized metalwork. Its robust design complements 5-axis CNC turning centers in production lines handling diverse large-part requirements.

Product Specifications

Specification TMV-1600A
Table size (LxW) 1600 x 850 mm
Max. loading capacity 2000 kg
X/Y/Z axis travel 1600 / 800 / 700 mm
X/Y/Z axis rapid traverse 15 / 15 / 12 m/min
Spindle taper 7/24 Taper No.50
Spindle speed 3500 (6000) rpm
Spindle motor 18.5/15/11 kW
Tool capacity 32 (40) pc

Frequently Asked Questions

What is the maximum workpiece weight the TMV-1600A can handle?
The TMV-1600A is designed for heavy-duty tasks, supporting a maximum table load capacity of up to 2000 kg.
Why is the box way structure beneficial for this machine?
The 3-axis box way structure provides superior rigidity and vibration damping compared to linear guides, making it ideal for heavy cutting and large-part machining.
What are the available spindle options?
It features a standard high-torque spindle, with an optional BT-50 gearbox design for enhanced heavy-cutting performance.
Can the tool magazine be customized?
Yes, the machine supports customization for tool magazine capacity, typically ranging from 32 to 40 tools depending on your requirements.
What industries commonly use the TMV-1600A?
This vertical machining center is widely used in the automotive, heavy machinery, and energy sectors for machining oversized components like engine blocks and structural parts.
What is the rapid traverse rate for the axes?
The rapid traverse rates are 15 m/min for the X and Y axes, and 12 m/min for the Z axis, ensuring controlled precision during operation.

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