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  • Bar Feeder Cnc Horizontal Lathe Price Watches Making Machine Cnc Lathe Automatic Seal Maker Cnc Machine
  • Bar Feeder Cnc Horizontal Lathe Price Watches Making Machine Cnc Lathe Automatic Seal Maker Cnc Machine
  • Bar Feeder Cnc Horizontal Lathe Price Watches Making Machine Cnc Lathe Automatic Seal Maker Cnc Machine
  • Bar Feeder Cnc Horizontal Lathe Price Watches Making Machine Cnc Lathe Automatic Seal Maker Cnc Machine
  • Bar Feeder Cnc Horizontal Lathe Price Watches Making Machine Cnc Lathe Automatic Seal Maker Cnc Machine
  • Bar Feeder Cnc Horizontal Lathe Price Watches Making Machine Cnc Lathe Automatic Seal Maker Cnc Machine
Bar Feeder Cnc Horizontal Lathe Price Watches Making Machine Cnc Lathe Automatic Seal Maker Cnc Machine

Bar Feeder Cnc Horizontal Lathe Price Watches Making Machine Cnc Lathe Automatic Seal Maker Cnc Machine

  • 1 - 2 Sets
    $15,800
  • >= 3 Sets
    $13,800

Customization:

cnc control system(Min.Order: 1 pieces)

Bar Feeder Cnc Horizontal Lathe Price Watches Making Machine Cnc Lathe Automatic Seal Maker Cnc Machine

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Machining: Equipped with CNC technology, the lathe enables automated production of intricate parts such as watch components, seals, and other small-to-medium-sized precision parts.
  • Automatic Bar Feeding: Features a continuous bar feeder system to minimize downtime and enhance efficiency in high-volume production environments.

Key features

  • 1. Rigid Slant Bed Design for Superior Precision

  • With a corrosion-resistant steel and aluminum alloy slant bed structure, you can achieve 30% higher stability and precision compared to traditional horizontal bed lathes, ensuring optimal chip evacuation and durability in heavy-duty environments*.

  • 2. Intuitive Touchscreen Interface with Multi-Program Presets

  • With an intuitive touchscreen interface featuring multi-program presets, you can reduce setup time by up to 40% versus manual models, streamlining complex operations for both prototyping and mass production*.

  • 3. High-Precision CNC Programming for Micron-Level Accuracy

  • Equipped with advanced CNC programming, you can achieve tolerances as tight as 0.001mm—50% more precise than standard industrial lathes—ideal for precision components like watch parts*.

  • 4. Continuous 24/7 Commercial-Grade Operation

  • Designed for uninterrupted commercial use, you can sustain high-volume production runs without downtime, outperforming hobby-grade machines in reliability and efficiency*.

  • 5. International Safety and Quality Certifications

  • Backed by EAC and CE certifications, you can ensure compliance with global safety and quality standards, simplifying export processes and meeting regulatory requirements effortlessly*.

Product details

Bar Feeder Cnc Horizontal Lathe Price Watches Making Machine Cnc Lathe Automatic Seal Maker Cnc Machine

The DAS CNC36C is a high-precision slant bed horizontal lathe designed for medium-duty machining applications. Equipped with automatic operation capabilities and certified to EAC and CE standards, it combines robust steel/aluminum construction with advanced CNC technology for versatile use in watchmaking, seal production, and general manufacturing.

Technical specifications

FeatureSpecificationBenefit
Automation GradeFully automaticStreamlines production for consistent results
CertificationsEAC, CEEnsures safety and compliance with global standards
CNC CapabilityYes (Programmable via digital control)Enables complex, repeatable machining tasks
Machining CapacityMedium dutyHandles a wide range of materials and sizes
Bed StructureSlant bedEnhances chip evacuation and thermal stability
ToolingAdjustable tool paths and feedsCustomizable for precision or high-volume tasks

Customization guide

Adjustable parameters include cutting speed, feed rate, and tool path programming to meet specific needs such as:

  • High-volume production: Optimize feed rates for efficiency.
  • Precision parts: Reduce cutting speeds for tight tolerances.
  • Material-specific machining: Tailor tool paths for exotic metals or plastics.

Get inspired

The DAS CNC36C excels in precision and adaptability, making it ideal for crafting intricate watch components, durable seals, or custom industrial parts. Its slant bed design and automatic features ensure reliability even in demanding workflows.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Precision±0.02 mm±0.015 mm (+25%)±0.01 mm (+50%)*
Max Speed2,500 RPM3,000 RPM (+20%)3,500 RPM (+40%)
Tool Capacity6 tools12 tools24 tools
Power7.5 kW11 kW (+47%)15 kW (+100%)

Supplier's note

  1. Technical Breakthroughs:

    • The slant bed design improves chip management by 30% compared to vertical beds, reducing downtime.
    • EAC/CE certifications ensure compliance with EU safety standards, enabling broader market access.
    • Programmable feed rates allow ±5% adjustments, outperforming traditional fixed-rate systems.
  2. Version Selection Guide:

    • Base Model: Ideal for small workshops or prototyping, offering cost-effective precision for basic parts.
    • Advanced Model: Targets medium-scale manufacturers needing 25% higher precision and dual-shift operations.
    • Pro Model: Designed for heavy industrial use, with 50% enhanced precision and 24-tool capacity for complex, high-volume production. For example, its ±0.01 mm precision ensures flawless watch gears, while the 24-tool magazine cuts setup time by 40% in seal manufacturing. Pair its 15 kW power with hardened steel tools to handle abrasive materials safely.

*Comparative performance vs. industry benchmarks.

Frequently asked questions

  • Which CNC lathe model suits small workshops for automatic seal making?

  • How to maintain the tool magazine of a Bar Feeder Cnc Horizontal Lathe?

  • Steel vs. Cast Iron: Which material is better for lathe beds?

  • Can the CNC36C support custom tooling for automatic seal makers?

  • Is the DAS CNC36C compliant with international safety standards?

  • What’s the maximum machining capacity for small parts on this lathe?

  • Does the automatic grade CNC lathe reduce labor costs for small batches?

  • Why choose a slant bed over horizontal bed lathes for automatic machining?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material & DesignHeavy-duty manufacturing, precision partsIndustry Standard: Cast iron bed (ISO 230-1, 450 MPa tensile strength)
Our Base: Slant bed with EN 10025 steel (▲1, 510 MPa)
Our Advanced: Reinforced slant bed with aluminum alloy (▲2, 580 MPa)
▲1: 13% stronger material for heavy cuts; ▲2: 14% lighter weight for easier handlingIndustry Standard: Lower cost but less durable; Advanced: Higher price due to premium materials
Automation GradeMass production, complex part machiningIndustry Standard: Semi-automatic (ISO 6983, 50% automation)
Our Base: Fully automatic (▲1, 100% automation)
Our Advanced: AI-assisted automation (▲2, predictive maintenance)
▲1: Reduces manual labor by 50%; ▲2: Predictive maintenance cuts downtime by 30%Industry Standard: Requires more operator intervention; Advanced: Requires training for AI features
Machining CapacityHigh-volume production, high-speed cuttingIndustry Standard: 2800 RPM (ISO 230-2)
Our Base: 3000 RPM (▲1)
Our Advanced: 3200 RPM (▲2)
▲1: 7% faster cutting speeds; ▲2: 6.7% higher throughputIndustry Standard: Sufficient for basic tasks; Advanced: Requires advanced cooling systems
Control SystemComplex programming, multi-axis tasksIndustry Standard: Basic CNC with 7" screen (IEC 60945)
Our Base: 10.4" touchscreen (▲1)
Our Advanced: 3D simulation software (▲2)
▲1: 40% larger display for clarity; ▲2: Real-time 3D previews reduce errorsIndustry Standard: Limited customization; Advanced: Steeper learning curve
Safety FeaturesHigh-risk environments, operator trainingIndustry Standard: Basic guards (OSHA compliance)
Our Base: Safety interlocks + emergency stop (▲1)
Our Advanced: Motion detection sensors (▲2)
▲1: 25% fewer accidental injuries; ▲2: Proactive hazard detectionIndustry Standard: Minimal safety protocols; Advanced: Adds operational complexity
Maintenance24/7 production, high uptime needsIndustry Standard: MTBF 4000 hours (ISO 13381-1)
Our Base: MTBF 5000 hours (▲1)
Our Advanced: Self-diagnostic system (▲2)
▲1: 25% longer uptime; ▲2: 15% faster fault resolutionIndustry Standard: More frequent downtime; Advanced: Requires specialized servicing

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.