Crafted as a advanced C-frame vertical machining center, the TMV-850QI sets itself apart with a focus on precise, high-speed operations. Its robust one-piece Meehanite casting ensures minimal vibration, even during rapid movements, giving it an edge over conventional vertical mills in maintaining stability across diverse machining tasks.
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Impressive Capabilities: Featuring an X/Y/Z axis travel of 850×600×530 mm and a 950×600 mm worktable, it supports a maximum load of 800 kg—ideal for processing larger components, from thick-walled steel parts to intricate cast-iron workpieces.
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High-Speed Spindle Performance: Equipped with a 7/24 Taper No.40 spindle, it offers versatile speeds (10,000–15,000 rpm) paired with a powerful motor (up to 18.5 kW). This combination delivers exceptional cutting efficiency for both soft and hard materials.
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Optimized Efficiency: The X and Y axes boast a rapid traverse rate of 48 m/min, while the Z axis operates at 32 m/min—striking a perfect balance between speed and control. The 24/30-tool magazine enables swift changes, reducing non-cutting time and boosting throughput.
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Tailored Configurations: Supports customized designs, including spindle speed adjustments and tool magazine expansions, to meet specific precision machining requirements.
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Balanced Axis Traversal: With X/Y axes at 48 m/min and Z axis at 32 m/min, it optimizes speed without sacrificing vertical precision—ideal for complex parts requiring meticulous Z-axis movements.
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Ultra-Fast Tool Changes: Sub-2-second T-T time ensures uninterrupted production, a must for CNC machining lines where efficiency directly impacts output.
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Rigid Stability: Strong structure design and high-precision linear guideways/ball screws maintain tight tolerances, even under full 800 kg load.
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Powerful & Versatile: The 18.5 kW spindle motor provides ample torque for heavy cutting, while variable speeds adapt to diverse materials.
Trusted in automotive manufacturing for machining transmission components and suspension parts, in aerospace for precision aluminum structures, and in engineering for complex mechanical parts. Its balanced speed and precision complement 5-axis machining centers in production lines handling varied part complexities.