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Fully Automatic CNC Diamond Cut Machine CNC Machine for Rims AWR32H Rim up to 32 Inch

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Diamond Cutting: Designed for high-precision machining of metal wheel rims up to 32 inches, ensuring flawless finishes and intricate designs.
  • Automatic Twin Spindle Machining: Equipped with twin spindles for simultaneous operations, enabling efficient production of complex components like automotive rims.

Key features

  • 1. Corrosion-Resistant Metal Body

  • With a robust, corrosion-resistant metal frame, you can ensure long-term durability in industrial environments*

  • 2. Touchscreen-Driven Interactive Design

  • With an intuitive touchscreen interface, you can program multi-spindle operations and presets for quick setup*

  • 3. Twin Spindle Efficiency

  • With twin spindle capability and fully automatic operation, you can achieve up to 40% faster production cycles compared to single-spindle models*

  • 4. Precision for Automotive Applications

  • With high-precision machining, you can produce custom wheel rims tailored to OEM specifications for both performance and aesthetic requirements*

  • 5. Automotive-Grade Compliance

  • Certified to meet automotive industry safety and durability standards, ensuring reliable performance in commercial applications*

Product details

Fully Automatic CNC Diamond Cut Machine CNC Machine for Rims AWR32H Rim up to 32 Inch

The YUJIE AWR32H Fully Automatic CNC Diamond Cut Machine is a high-precision horizontal lathe designed for medium-duty machining of automotive wheel rims up to 32 inches. With twin spindles and a flat-bed structure, it delivers efficient, customizable production of aluminum rims with intricate designs and precise tolerances.

Technical specifications

FeatureSpecificationBenefit
Automation GradeFully automaticReduces manual intervention for consistent output
Machining CapacityMedium dutyHandles high-volume production of automotive components
Spindle ConfigurationTwin spindlesEnables simultaneous machining for faster cycle times
Bed StructureFlat bed latheEnsures stability and precision for heavy-duty tasks
Machine TypeHorizontal CNC latheOptimized for complex, multi-axis rim profiling
Voltage Requirement380VCompatible with industrial power standards
Material CompatibilityAluminum alloysProduces lightweight, durable rims for automotive use

Customization guide

Adjustable parameters include rim dimensions (diameter/width), spoke pattern complexity, and surface finish (chrome/black) to meet OEM requirements. Twin spindle speed and tooling can also be customized for specialized materials or precision levels.

Get inspired

With the AWR32H’s precision diamond-cutting capabilities, you can produce custom wheel rims with sleek, modern designs and exacting tolerances. Ideal for automotive manufacturers seeking high-volume production of stylish, durable rims that meet safety and performance standards.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Spindle Speed (RPM)2400+15% (2760 RPM)+30% (3120 RPM)*
Precision Tolerance±0.02mm±0.015mm±0.01mm
Max Workpiece Diameter32" (813mm)32" (813mm)32" (813mm)
Automation LevelSemi-automaticFully automaticAI-assisted adaptive
Power (kW)152025

Supplier's note

  1. Technical Breakthroughs:

    • Twin Spindles: Enables simultaneous machining of two rims, boosting productivity by 20% compared to single-spindle models.
    • Precision Diamond Cutting: Achieves ±0.01mm tolerance in the Pro model—critical for ensuring rim alignment and safety.
    • Material Versatility: Handles aluminum alloys up to 7075-T6 grade, enabling lightweight yet durable rims.
  2. Optimal Version Selection:

    • Base Model: Ideal for small workshops requiring basic automation and medium-duty production (e.g., custom rims for motorcycles or light vehicles).
    • Advanced Model: Best for medium-scale manufacturers needing faster cycle times (+15% spindle speed) and tighter tolerances for passenger vehicles.
    • Pro Model: Suited for high-volume automotive OEMs requiring AI-driven adaptive machining and industry-leading precision (±0.01mm) for luxury or racing rims.

With the Pro’s triple-certified chemical resistance (ISO 16949, ASTM E8/E9), you can ensure rims withstand harsh environmental conditions. Pair this with its diamond-coated tools for zero wear during high-volume runs, reducing downtime by 30%.

Frequently asked questions

  • Which CNC lathe model is best for small workshops producing custom wheel rims?

  • How often should the tool holder of the AWR32H be cleaned for optimal performance?

  • Aluminum vs Steel: Which material is better for lightweight wheel rims using the AWR32H?

  • Can the AWR32H CNC machine create custom rim designs with intricate patterns?

  • Is the AWR32H CNC machine certified for automotive component manufacturing standards?

  • What makes the AWR32H suitable for medium-duty rim production?

  • How do I maintain the twin spindles of the AWR32H to prevent wear?

  • Does the AWR32H support 380V power for stable operation in industrial settings?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
High-Precision CNC LathesCustom wheel rims, automotive components- Fully Automatic Operation ▲▲ (Industry: Semi-Automatic)
- Twin Spindles ▲ (Industry: Single)
- Medium Duty ▲ (32" capacity; ASTM F899)
- Flat Bed Design (ISO 9001)
- 380V Industrial Voltage
- Dual spindle processing ▲▲ (50% faster cycle time)
- Precision up to 0.001mm (ISO 230-2)
- Energy-efficient 380V compatibility
- Higher upfront cost
- Requires skilled operators
Semi-Automatic CNC LathesGeneral machining tasks- Semi-Automatic Controls
- Single Spindle
- Light Duty (16" max; ASTM F1234)
- Vertical Bed (Limited horizontal reach)
- 220V Voltage
- Lower cost vs fully automatic
- Simpler maintenance
- Slower production
- Less precise (±0.01mm tolerance)
Heavy-Duty CNC LathesIndustrial parts, large-scale production- Fully Automatic ▲▲
- Quadruple Spindles ▲▲ (Industry: Twin)
- Heavy Duty ▲▲ (40" capacity; ASTM F899-20)
- Modular Bed Design
- 415V Industrial Power
- Handles oversized parts ▲▲ (e.g., truck rims)
- Quadruple spindle throughput ▲▲ (200% faster than twin)
- Customizable layouts
- Very high cost
- Requires dedicated space
Manual Lathe MachinesSmall workshops, simple parts- Manual Operation
- Single Spindle
- Low Duty (10" max; ASTM F1234)
- Open Bed Design
- 110V Residential Voltage
- Affordable entry-level option
- No electrical dependency
- Manual labor intensive
- Low precision (±0.1mm tolerance)
Multi-Spindle CNC LathesMass production of small components- Fully Automatic ▲▲
- 4 Spindles ▲▲ (Industry: Twin)
- High Throughput (100+ parts/hour; ISO 9283)
- Compact Design
- 380V Power
- Mass production efficiency ▲▲ (400 parts/hour)
- Space-saving footprint
- Complex programming needs
- Higher maintenance costs
Vertical CNC LathesVertical machining (shafts, gears)- Vertical Bed ▲ (Industry: Horizontal for rims)
- Single Spindle
- Medium Duty (24" max; ASTM F899)
- Smaller Footprint
- 380V Power
- Space-efficient design ▲ (50% smaller footprint)
- Ideal for vertical-axis parts
- Limited horizontal reach
- Less suited for wheel rims

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