Horizontal CNC Lathe

Rigid slant-bed horizontal lathe for high-speed, high-precision turning.
 

Types of Horizontal CNC Lathe

Best-Selling Horizontal CNC Lathe​​​​​​​
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Smart & Automated Integration

 Modular Expansion Design
● Supports optional bar feeders, gantry loaders, or robotic arms, enabling unmanned production lines.
● Online inspection systems monitor workpiece dimensions in real-time.
● Oil-water separation and centralized chip removal systems maintain a clean working environment and stable machining processes.

Digital Management System
● Compatible with MES/ERP systems, providing remote monitoring and data acquisition.
● Optimizes machining parameters and visualizes equipment status.
● Some models feature built-in smart diagnostics, offering early fault warnings to minimize downtime.

Applications of CNC Lathe

 Automotive Manufacturing
High-efficiency mill-turn processing of engine blocks, brake discs, and steering knuckles.

Precision Hardware
Ultra-precision machining of watch components, connectors, and micro-valves.

Energy Equipment
Multi-process machining of valve sealing surfaces, turbine discs, and hydraulic components.

Aerospace
Low-temperature cutting and complex contour machining of titanium and high-temperature alloys.

Machine Architecture & Core Technologies

 High-Rigidity Structural Design
TAIKAN lathes adopt a one-piece bed structure with reinforced rib layout, combined with a 30° slant bed saddle or wide-span box guideways, significantly enhancing overall rigidity and vibration resistance. The spindle system features double-row cylindrical roller bearings or direct-drive electric spindles, balancing high-speed capability with stability, ensuring consistent precision during long-term machining.

Precision Transmission System
X/Z axes utilize imported high-precision ball screws and heavy-load roller guideways, optimizing dynamic response speed and positioning accuracy.
Equipped with servo motor drive, enabling fast movements and efficient execution of complex machining paths.
Some models integrate hollow ball screw cooling technology, effectively reducing thermal deformation for enhanced machining precision.

Multi-Function Power Turret
The servo-driven power turret supports hydraulic clamping and high-torque output.
Optional independent Y-axis module expands milling, drilling, and tapping capabilities for complex mill-turn operations.
The indexing system adopts curvic coupling positioning and servo-driven technology, ensuring fast tool changes and excellent repeatability, ideal for multi-variety, small- batch flexible production.

What are the key differences among Taikan’s horizontal lathe series?

● L-Y Series: Turn-mill center equipped with a Y-axis for off-center milling and integrated turning/milling.
 
● L-M Series: Turn-mill center equipped with a live tool turret for combined turning and milling.
 
● L-H Series: Horizontal lathe equipped with a servo turret for rapid tool indexing and high-efficiency turning.
 
● L-P Series: Horizontal gang-tool lathe engineered for zero tool-indexing time and high-speed precision machining.
● Q Series: Next-generation lathe equipped with a sub-spindle or tailstock, powered by a high-end FANUC CNC system.

Your Questions About Horizontal CNC Lathe, Answered

  • What are the primary advantages of a 35°/45° slant-bed horizontal lathe over a conventional flat-bed lathe?

    A 35°/45° slant-bed design provides higher structural rigidity, minimal thermal deformation, and superior ergonomic access. Gravity-assisted chip evacuation allows hot metal chips and coolant to fall directly into the chip conveyor, preventing thermal expansion on the bed structure and maintaining long-term sub-micron turning precision.
  • What is the operational difference between a C-axis live tool lathe (L-M) and a true Y-axis turn-mill center (L-Y)?

    A C-axis lathe (L-M) performs polar-coordinate milling, drilling, and tapping centered on the workpiece axis. A true Y-axis turn-mill center (L-Y) adds perpendicular off-center milling motion, enabling keyway cutting, off-axis flat milling, and off-center drilling without transferring parts to a vertical machining center.
  • What CNC control systems are available on Taikan horizontal lathes?

    Taikan horizontal turning centers are available with industry-leading CNC controllers—including FANUC, Siemens, Mitsubishi, and Syntec—ensuring seamless integration into existing factory networks, simple G-code programming, and fast operator training.
  • What workholding and custom option packages does Taikan provide for specialized parts?

    As an original equipment manufacturer (OEM), Taikan offers tailored workholding solutions including 3-jaw hydraulic chucks, pneumatic collet chucks, face drivers, programmable hydraulic steady rests for long slender shafts, and customized tooling packages to meet exact workpiece specifications.
  • Which core industries do Taikan CNC Horizontal Lathes serve?

    ● AI Liquid Cooling Systems: Precision turning and threading of high-thermal-conductivity copper and aluminum liquid cooling manifolds, quick-disconnect fluid couplings, cold plate fittings, and leak-proof valve bodies.
    ● Robotics & Automation: High-rigidity turning of precision gear blanks (for harmonic and RV reducers), cycloidal housings, robotic joint shafts, and servo motor enclosures requiring strict micro-level concentricity.
    ●Automotive & NEV: Mass production of drive shafts, axles, electric drive motor housings, and brake discs.
    ● Energy & Hydraulics: High-efficiency machining of heavy-duty flanges, valve bodies, high-pressure fluid couplings, and hydraulic cylinders.
    ●General Machinery & Aerospace: Precision turning of bearing rings, structural bushings, pulleys, and high-precision rotational components.

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Taikan Machine is an international high-tech enterprise of CNC intelligent equipment, integrating R&D, production, sales and service. With over 20 years of industry experience, Taikan provides customers with high-quality CNC equipment and intelligent machining solutions.
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