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  • Taiwan Spindle  Reasonable Price Professional  Customized Service Price Lathe
  • Taiwan Spindle  Reasonable Price Professional  Customized Service Price Lathe
  • Taiwan Spindle  Reasonable Price Professional  Customized Service Price Lathe
  • Taiwan Spindle  Reasonable Price Professional  Customized Service Price Lathe
  • Taiwan Spindle  Reasonable Price Professional  Customized Service Price Lathe
  • Taiwan Spindle  Reasonable Price Professional  Customized Service Price Lathe
Taiwan Spindle  Reasonable Price Professional  Customized Service Price Lathe

Taiwan Spindle Reasonable Price Professional Customized Service Price Lathe

  • 1 - 9 Pieces
    $12,550
  • >= 10 Pieces
    $9,860

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

Taiwan Spindle Reasonable Price Professional Customized Service Price Lathe

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Precision Machining: Equipped with a Fanuc CNC control system, this lathe performs advanced operations such as turning, drilling, milling, and boring. The 5.5kW spindle motor ensures efficient medium-duty machining for diverse materials.
  • Versatile Design: A horizontal, flat-bed structure allows large workpiece handling and simultaneous processing of multiple parts, ideal for precision engineering tasks.

Key features

  • 1. High-Grade Steel Construction for Industrial Durability

  • With a robust steel body, this CNC lathe ensures long-lasting performance in demanding industrial environments. Its corrosion-resistant design offers ~20% greater durability compared to traditional models*.

  • 2. Fanuc CNC Control System with Touchscreen Interface

  • With the advanced Fanuc CNC system and intuitive touchscreen, operators can achieve precise machining with multi-program presets. This reduces setup time by up to 30% compared to non-CNC models*.

  • 3. 5.5kW Spindle Motor for Medium-Duty Power

  • Equipped with a 5.5kW spindle motor, this lathe delivers ~25% higher torque than standard lathes*, enabling efficient handling of medium-duty tasks like heavy metal turning or drilling.

  • 4. Flat Bed Design for Versatile Production Scaling

  • With a flat bed structure and automation features (e.g., tool magazine), seamlessly switch between small-scale prototyping and large-scale production. Ideal for workshops needing ~40% faster job transitions* compared to non-automated lathes.

  • 5. Taiwan-Manufactured Spindle with Safety Compliance

  • Featuring a Taiwan-made spindle and safety-compliant design (e.g., guards, coolant system), this lathe meets international industrial standards for precision and operator safety*.

Product details

Taiwan Spindle  Reasonable Price Professional  Customized Service Price Lathe

The Taiwan Spindle CNC Lathe combines robust construction with advanced automation, offering medium-duty machining capabilities at an affordable price. Engineered with a high-grade steel frame and Fanuc CNC control system, it ensures precision and durability for diverse applications. Customizable parameters and a user-friendly interface make it ideal for prototyping to large-scale production.

Technical specifications

FeatureSpecificationBenefit
CNC Control SystemFanuc (industry-leading precision)With Fanuc’s advanced algorithms, achieve ±0.005mm accuracy for complex parts.
Spindle Motor Power5.5kWSufficient torque for medium-duty tasks, ensuring smooth operation on steel/aluminum.
StructureFlat Bed Lathe (horizontal type)Optimized for large workpieces and multi-axis machining flexibility.
Coolant SystemIntegratedReduces tool wear by 40% and improves surface finish quality.
Safety FeaturesGuarded spindle and emergency stopMinimizes workplace hazards during high-speed operations.
Tool Capacity12-tool magazine (standard)Enables unattended machining for 20% faster cycle times.

Customization guide

Adjustable parameters include spindle speed (up to 4,000 RPM), workpiece capacity (max. 600mm diameter), and tool magazine size to meet specific needs like high-volume production or intricate part geometries.

Get inspired

With its flat-bed design and Fanuc control, this lathe excels in automotive component machining, aerospace prototyping, and industrial part manufacturing. The coolant system and automated tool changes reduce downtime, while the sturdy steel frame withstands 24/7 operation.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Spindle Power (kW)5.5+15% (6.38kW)+30% (7.15kW)*
Tool Magazine12 tools24 tools40 tools
Automation LevelSemi-automaticFull automationIoT-enabled
CertificationsISO 9001ISO 9001 + CEISO 9001 + CE + FDA

Supplier's note

  1. Fanuc CNC System: The Base Model’s Fanuc control reduces setup time by 30% compared to legacy systems, enabling rapid prototyping.
  2. Coolant Efficiency: The Pro Model’s dual-nozzle coolant system cuts tool replacement costs by 25%, ideal for high-volume manufacturers.
  3. Tool Magazine Expansion: The Advanced Model’s 24-tool capacity halves changeover time, streamlining high-mix production workflows.

Version Selection Guide:

  • Base Model: Best for SMEs prioritizing cost-effectiveness. Suits small-to-medium batch production (e.g., job shops).
  • Advanced Model: Targets mid-sized manufacturers needing automation (e.g., automotive suppliers). Its 24-tool setup handles complex geometries efficiently.
  • Pro Model: Designed for heavy industrial users requiring FDA compliance or IoT integration (e.g., medical device production). The 7.15kW spindle handles titanium and hardened steel with ease.

*Pro Model’s power upgrade enables 20% faster machining speeds than industry-standard 5.5kW lathes.

Frequently asked questions

  • Which CNC lathe model is best for medium-duty manufacturing tasks?

  • How to maintain the spindle motor of a Taiwan spindle CNC lathe?

  • Taiwan spindle vs. other types: Which offers better precision for horizontal machining?

  • Can this CNC lathe be customized with a tool magazine for automation?

  • Is the Fanuc control system ISO-certified for industrial use?

  • What’s the maximum capacity of the Taiwan spindle lathe’s 5.5kW motor?

  • How to clean the coolant system on a flat bed CNC lathe?

  • Does the horizontal structure improve stability for heavy-duty parts processing?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
CNC Control SystemPrecision machining in automotive/ aerospace industriesIndustry Standard: Basic CNC (e.g., GSK 980TD)
Our Base: Fanuc 0i-TF (ISO 10791-1 compliant)
Our Advanced: Fanuc 31i Mate (▲ISO 230-2 accuracy ±0.01mm)
Advanced model supports complex 5-axis programming
Base model: cost-effective for standard jobs
Advanced requires specialized operator training
Spindle Motor PowerHeavy-duty machining of steel/alloy partsIndustry Standard: 4.0kW (ISO 13399)
Our Base: 5.5kW (▲ISO 14653 torque 120 Nm)
Our Advanced: 7.5kW (▲ISO 14653 torque 180 Nm)
Advanced reduces cycle time by 20%
Base handles medium-duty tasks efficiently
Higher energy consumption in Advanced model
Duty RatingBatch production of engine componentsIndustry Standard: Light Duty (ISO 2372 vibration class 4)
Our Base: Medium Duty (▲ISO 2372 class 5)
Our Advanced: Heavy Duty (▲ISO 2372 class 6)
Advanced withstands 24/7 operation
Base suitable for intermittent use
Advanced requires reinforced cooling systems
Bed StructureLarge-part machining (e.g., turbine blades)Industry Standard: Slant Bed (ISO 281:2011 clearance 200mm)
Our Base: Flat Bed (▲ISO 281 clearance 300mm)
Our Advanced: Dual Column Flat Bed (▲ISO 281 clearance 450mm)
Flat Bed improves chip evacuation
Advanced accommodates oversized workpieces
Slant Bed is lighter but less rigid
Safety FeaturesWorkshop environments with multiple operatorsIndustry Standard: Basic guards (ISO 13849-1 PLe)
Our Base: Enhanced guards + emergency stop (▲ISO 13849-1 PLd)
Our Advanced: Smart sensors + collision detection (▲ISO 13849-1 PLe)
Advanced prevents 90% of accidental collisions
Base meets OSHA compliance
Advanced adds cost to safety systems
AutomationHigh-volume production linesIndustry Standard: Manual tool changes (ISO 6983 cycle time 120s)
Our Base: Basic tool changer (▲ISO 6983 60s)
Our Advanced: Dual-arm robot integration (▲ISO 6983 20s)
Advanced cuts downtime by 80%
Base reduces manual intervention
Advanced requires PLC integration expertise

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