Precision Horizontal CNC Lathe

Designed for manufacturers producing motor shafts, hydraulic cylinder rods, precision flanges, and heavy industrial sleeves, this Precision Horizontal CNC Lathe delivers maximum rigidity, thermal stability, and tight-tolerance repeatability. Built upon a heavy-duty Meehanite casting bed and integrated with premium global drive components, it provides a stable turning platform for batch production and multi-process machining.

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Product Introduction

Technical Specifications

Item	Specification
Machine Type	Horizontal CNC Turning Machine
CNC System	FANUC / Siemens / Mitsubishi / Customized
Maximum Turning Diameter	400-1000 mm
Maximum Turning Length	500-3000 mm
Spindle Speed	1500-4500 rpm
Spindle Motor Power	7.5-30 kW
Chuck Size	8-15 inch
Tool Turret	Hydraulic / Servo Turret
Guideway Type	Linear Guideway / Box Guideway
Machine Structure	Heavy-Duty Casting Structure

Core Engineering Advantages

FEA-Optimized Heavy-Duty Bed: Built from stress-relieved Meehanite cast iron to eliminate structural vibration, ensure long-term thermal stability, and extend tool life by up to 30%.
Precision Motion & Drive: High-precision ball screws paired with premium preloaded bearings provide smooth linear positioning, preventing backlash and mechanical drift.
Advanced CNC Control: Digital multi-axis management enables dynamic tool compensation, optimized cutting paths, and real-time process monitoring.

Application Industries

Automotive & Transportation: Drive shafts, axle shafts, transmission components, hub sleeves.
Hydraulic & Fluid Power: Hydraulic cylinder rods, valve blocks, piston sleeves, pump housings.
Industrial Machinery: Gear shafts, motor rotors, mechanical couplings, bearing seats.
Energy & Heavy Equipment: Wind turbine shaft components, oilfield fittings, heavy valve flanges.

Machine Structure

High-Rigidity Machine Bed: Dense internal ribbing absorbs heavy cutting loads, providing a reliable foundation for continuous heavy turning.
Precision Spindle Assembly: Fitted with P4-grade precision bearings (NSK / FAG) to ensure minimal radial runout (within 0.003 mm) and high torque output across low and high RPM ranges.
Hardened Guideway System: Heavy-duty linear or box guideways provide exceptional load capacity, smooth movement, and high positioning accuracy over years of operation.

Standard Configuration Range

Model Series	Max Turning Diameter	Max Turning Length	Primary Applications
Standard Series	400 - 600 mm	500 - 1500 mm	Small-to-medium shafts, sleeves, small flanges
Medium Series	600 - 800 mm	1000 - 2500 mm	Hydraulic rods, transmission shafts, pump bodies
Heavy-Duty Series	800 - 1000 mm	2000 - 3000 mm	Large industrial shafts, energy components, large flanges

Spindle Configurations & Automation Options

Spindle Variants

Standard Servo Spindle: Balanced torque and speed for general industrial turning.

High-Speed Spindle (up to 4500 RPM): Ideal for aluminum, brass, and fine-finish finishing operations.

High-Torque Heavy-Duty Spindle: Gear-driven or wide-range servo motor for large-diameter steel and alloy machining.

Tooling & Automation Upgrades

Tool Turret: 8- or 12-station hydraulic/servo tool turret for rapid tool indexing (≤ 0.25 seconds).

Automation Solutions: Automatic bar feeder interface, hydraulic hollow chuck, programmable hydraulic tailstock, automatic chip conveyor, and parts catcher.

Precision Horizontal CNC Lathe vs. Standard CNC Lathe

Evaluation Criteria	Precision Horizontal CNC Lathe	Standard Conventional CNC Lathe
Structural Rigidity	Meehanite monoblock casting with vibration damping	Standard cast iron frame; vulnerable to chatter
Thermal Stability	Symmetrical headstock prevents thermal drift	Uncompensated thermal growth in long runs
Batch Repeatability	Holds ±0.003 mm repeatability across continuous shifts	Requires frequent manual tool offset recalibration
Automation Integration	Full plug-and-play support for feeders and loaders	Limited interface options for factory automation

Custom Engineering Services

We configure each machine to match your specific part drawings and production cycle requirements:
Part drawing analysis & trial machining simulation
Tooling & fixture custom design
Spindle power and RPM matching
Full factory automation integration

Pre-Shipment Quality Protocol

Geometric & Laser Inspection: Renishaw laser interferometer calibration for X/Z axis positioning accuracy.
Spindle Runout Testing: Dynamic balance testing and temperature rise evaluation at max RPM.
Continuous Trial Machining: 24-hour dry run and test workpiece cutting prior to sign-off.

FAQ

Q: How do I select the right machine configuration for my parts?

A: Machine sizing depends on workpiece material, max diameter, turning length, required tolerance, and targeted cycle time. Share your 2D/3D part drawings with our engineering team for a customized machine build proposal.

Q: Can this machine be integrated into an automated production line?

A: Yes. The machine control system supports interfaces for automatic bar feeders, robot loaders, automatic hydraulic chucks, and chip conveyor systems.

Q: What quality documentation is provided with the machine?

A: Each machine ships with a Quality Inspection Certificate, Renishaw Laser Alignment Test Report, CE Declaration of Conformity, and complete Operation/Maintenance Manuals in English.

Q: What is your standard warranty and technical support coverage?

A: We offer an 18-month warranty covering core mechanical and control components, backed by lifetime remote technical support and guaranteed spare parts availability.

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