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  • DAS Mesin Cnc Metal Auto Disc Break Drum Brake Lathe Machine
  • DAS Mesin Cnc Metal Auto Disc Break Drum Brake Lathe Machine
  • DAS Mesin Cnc Metal Auto Disc Break Drum Brake Lathe Machine
  • DAS Mesin Cnc Metal Auto Disc Break Drum Brake Lathe Machine
  • DAS Mesin Cnc Metal Auto Disc Break Drum Brake Lathe Machine
  • DAS Mesin Cnc Metal Auto Disc Break Drum Brake Lathe Machine
DAS Mesin Cnc Metal Auto Disc Break Drum Brake Lathe Machine

DAS Mesin Cnc Metal Auto Disc Break Drum Brake Lathe Machine

  • 1 - 49 Sets
    $14,800
  • >= 50 Sets
    $12,800

Customization:

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

DAS Mesin Cnc Metal Auto Disc Break Drum Brake Lathe Machine

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Machining: Designed for automated production of high-precision metal components, including disc brakes, drum brakes, and complex geometries with a single spindle and 56mm bore for robust material handling.
  • CNC Automation: Equipped with program-driven control for consistent, repeatable machining processes, enabling rapid production of parts with minimal operator intervention.

Key features

  • 1. Corrosion-Resistant Material Technology

  • With a durable steel/aluminum alloy body, ensure long-lasting performance in industrial environments. ~20% more resistant to wear than non-CNC lathes*, providing superior longevity.

  • 2. Intuitive Interactive Design

  • With a digital touchscreen interface and jog feed controls, achieve precise manual adjustments during operations. 30% faster setup than manual lathes*, streamlining workflow efficiency.

  • 3. High-Performance Spindle Capability

  • With a 56mm spindle bore and automatic operation, process materials 25% faster than manual lathes*, enabling rapid production cycles.

  • 4. Commercial-Grade Scenario Solutions

  • Designed for continuous 24/7 commercial use, handle high-volume production runs without downtime. Outperforms home-use models* in reliability for industrial-scale applications.

  • 5. Rigorous Certification Standards

  • Equipped with CE and EAC certifications, ensuring compliance with EU and international safety regulations. Meets stricter standards than non-certified competitors*.

Product details

DAS Mesin Cnc Metal Auto Disc Break Drum Brake Lathe Machine

The DAS CNC36A is a high-precision horizontal lathe engineered for automated metal machining. Designed with a flat bed structure and robust steel/aluminum construction, it combines durability with precision for complex geometries. Certified to CE and EAC standards, it offers automatic operation, a 56mm spindle bore, and customizable tooling systems.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialHigh-grade steel/aluminum alloyHeavy-duty manufacturing in industrial settings
CertificationCE, EACCompliance for EU and Eurasian market exports
Spindle Bore56mmHandling standard to large metal workpieces
StructureFlat bed lathePrecision machining of complex geometries
Control PanelDigital display with jog feedManual adjustments for setup accuracy
Safety FeaturesEmergency stop + safety interlocksEnsuring operator safety in high-risk tasks

Customization guide

Adjustable tool holder and workholding systems to meet specialized material or workpiece size requirements. The flat bed design allows retrofitting for expanded automation capabilities.

Get inspired

With the DAS CNC36A, automate disc brake drum production or precision metal parts machining. Its horizontal configuration and 56mm spindle bore enable efficient chip evacuation and large-scale material handling, ideal for automotive or industrial components.

Choose your model

ParameterBase ModelAdvanced Model (CNC36A)Pro Model
Spindle Speed1,200 RPM+15% (1,380 RPM)+30% (1,560 RPM)*
Power7.5kW11kW15kW
Tool Capacity6 stations12 stations18 stations

Supplier's note

  1. Key Breakthroughs:

    • Certification Compliance: CE/EAC standards ensure seamless global deployment.
    • Spindle Bore Capacity: The 56mm bore enables larger workpieces compared to 40mm industry baselines.
    • Safety Integration: Interlock systems reduce accident risks by 40% versus non-certified models.
  2. Version Selection Guide:

    • Base Model: Ideal for SMEs prioritizing cost-efficiency for small-batch machining.
    • Advanced Model (CNC36A): Best for mid-scale production requiring 15% faster spindle speeds and dual-shift operations.
    • Pro Model: Targets heavy-industry clients needing 30% higher RPM and 18-tool capacity for 24/7 high-volume production.

With its 56mm spindle bore, you can process automotive brake drums 20% faster than traditional lathes. Pair the Pro’s 15kW power with its tool capacity to automate complex workflows, reducing downtime by 35% in high-demand scenarios.

Note: Pro Model specifications exceed industry benchmarks by leveraging advanced cooling systems and premium-grade spindle motors.

Frequently asked questions

  • Which DAS CNC lathe model is best suited for small workshop precision machining?

  • How do I maintain the spindle of the DAS CNC36A lathe for optimal performance?

  • Why is the DAS CNC36A made from steel/aluminum instead of plastic?

  • Can the DAS CNC36A be customized for specific machining tasks like brake drum production?

  • Is the DAS CNC36A certified for international safety standards?

  • How does the automatic feature of the DAS CNC36A improve productivity?

  • What safety features does the DAS CNC36A lathe include?

  • Why choose the 56mm spindle bore over smaller sizes for the DAS CNC36A?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Spindle ConfigurationHigh-volume production, tooling consistencySingle spindle (Industry Standard), 56mm bore (▲ Base: 56mm vs 40mm avg industry) (ISO 230-2 compliant)Cost-effective, simplified maintenance, supports robust toolingLimited to single-tool operations; requires manual tool changes for complex tasks
Bed StructureHeavy-duty machining, large workpiecesFlat bed (Industry Standard), ▲ Base: Enhanced rigidity vs standard flat beds (ISO 230-1 verified)Lower cost, stable for standard applicationsLess efficient chip evacuation compared to slant-bed designs
Control SystemAutomated part production, complex geometriesCNC with digital interface (Industry Standard), ▲ Base: Programmable cycles (ISO 6983 compliant)High precision, repeatability, reduced human errorRequires skilled operators; software updates may incur costs
Safety FeaturesIndustrial environments, multi-operator useEmergency stop, interlocks (Industry Standard), ▲ Base: Dual-sensor safety (IEC 60204 compliant)Exceeds basic safety requirements, minimizes accidentsHigher upfront cost due to advanced sensors
CertificationsExport-focused manufacturingCE/EAC (Industry Standard), ▲ Base: ISO 9001 compliance (EU/Eurasian/European market access)Wider market reach, regulatory complianceCertification costs may increase initial investment
Automation GradeRepetitive, high-volume tasksFull automation (Industry Standard), ▲ Base: Programmable tool changes (ISO 6983 automation cycles)Increased throughput, reduced downtimeHigher initial investment; requires specialized setup

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