CNC Lathes

Subcategories

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  Flat-bed

  Flat Bed CNC Lathes are designed for heavy-duty turning applications requiring maximum rigidity, stability, and reliable machining performance. Their robust machine construction provides excellent vibration damping and cutting stability, making them suitable for machining large industrial components and demanding workpieces.

  These machines support a wide range of turning operations, including roughing, finishing, threading, boring, and facing. Equipped with powerful spindle systems, rigid guideways, and advanced CNC controls, Flat Bed CNC Lathes deliver consistent machining accuracy and long-term industrial productivity.

  Whether used in general engineering, energy, heavy equipment, or industrial manufacturing, Flat Bed CNC Lathes provide the strength and reliability required for efficient production environments.

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  Slant Bed

  Slant Bed CNC Lathes are engineered for precision turning applications requiring high machining stability, efficient chip evacuation, and reliable industrial productivity. The slanted machine structure improves rigidity while providing better accessibility to the work area and optimized cutting performance.

   

  These machines are widely used for manufacturing precision components across automotive, aerospace, engineering, and general industrial sectors. Equipped with advanced CNC controls, high-speed spindle systems, linear or box guideways, and optional driven tooling configurations, Slant Bed CNC Lathes support efficient and accurate machining operations.

   

  The IMH Slant Bed CNC Lathe range includes compact, medium, and heavy-duty models designed to meet diverse production requirements while maintaining excellent machining quality and long-term operational reliability.

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  Subspindle Lathes

  Subspindle CNC Lathes are designed to increase machining efficiency by enabling complete part machining in a single setup. Equipped with a main spindle and subspindle, these machines allow front and back-side operations without manual repositioning, reducing cycle times and improving productivity.

  Ideal for high-volume manufacturing environments, Subspindle CNC Lathes support complex turning operations with excellent accuracy and process reliability. Advanced CNC controls, optional Y-axis functionality, driven tooling systems, and multi-axis machining capabilities provide exceptional flexibility for producing precision components.

  The IMH Subspindle Lathe range is engineered for manufacturers seeking reduced handling time, improved throughput, and consistent machining quality.

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  Swiss-Type Lathes

  Swiss-Type CNC Lathes are designed for high-precision machining of small and medium-sized components requiring exceptional accuracy, stability, and productivity. Utilizing a sliding headstock design, these machines provide superior support for long and slender workpieces, minimizing vibration and ensuring consistent machining quality.

  Ideal for industries such as medical, electronics, aerospace, automotive, and precision engineering, Swiss-Type CNC Lathes support complex turning, drilling, milling, and threading operations within a single machining cycle. Advanced CNC controls, multiple tooling stations, driven tools, and multi-axis configurations maximize production efficiency while maintaining tight tolerances.

  The IMH Swiss-Type Lathe range offers reliable solutions for manufacturers seeking precision, automation, and high-volume production capability.