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Vacuum Chrome Machine Alloy Wheels PVD Equipment

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Vacuum PVD Coating: Enables durable, decorative chrome coatings on substrates like alloy wheels, aluminum, steel, and stainless steel through precise vapor deposition.
  • Multi-Substrate Compatibility: Designed to process diverse materials, supporting applications such as automotive parts, industrial components, and decorative items.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

  • With corrosion-resistant stainless steel construction, ensure long-term durability in industrial environments. Outlasting traditional models by up to 50% in harsh conditions*

  • 2. Intuitive Digital Control Panel

  • With an intuitive digital control panel, adjust parameters like temperature and pressure with precision. Setup is 20% faster than manual systems*

  • 3. Multi-Material Compatibility

  • With compatibility for aluminum, alloy, steel, and stainless steel substrates, expand material versatility. Supports 40% more materials than standard coating systems*

  • 4. High-Capacity Industrial Performance

  • Designed for automotive alloy wheel coating, achieve uniform finishes for large-scale production. Handles 50% more output than compact models*

  • 5. Industrial-Grade Safety Compliance

  • Certified to industrial safety standards, ensuring reliable operation in commercial settings. Meets 30% stricter safety regulations than basic models*

Product details

Vacuum Chrome Machine Alloy Wheels PVD Equipment

The Vacuum Chrome Machine Alloy Wheels PVD Equipment is a high-performance industrial system designed for precise vacuum deposition coating on metals like aluminum, alloy, steel, and stainless steel. Built with robust stainless steel construction and a rotating substrate platform, it ensures uniform coating and efficient processing. The intuitive control panel enables precise parameter adjustments, making it ideal for alloy wheel finishing, medical devices, and electronics manufacturing.

Technical specifications

FeatureSpecificationApplication Scenario
Coating MethodPhysical Vapor Deposition (PVD)Chrome plating for automotive parts
Substrate MaterialsAluminum, Alloy, Steel, Stainless SteelCoating for corrosion-resistant surfaces
Temperature Range150°C to 500°CHigh-temperature alloy wheel processing
Coating Thickness0.1–10 µm adjustableCustomized finishes for optical devices
Automation LevelManual operationSmall-batch production or R&D prototyping
Warranty1 yearComprehensive post-purchase support

Customization guide

Adjustable parameters such as coating thickness (0.1–10 µm), temperature (150–500°C), and substrate rotation speed allow customization to meet specific requirements. For example, reducing thickness to 1–2 µm enhances lightweight applications like aerospace components, while higher temperatures improve adhesion for heavy-duty machinery parts.

Get inspired

With its PVD technology, this machine delivers ultra-durable, scratch-resistant coatings for automotive alloy wheels. The rotating platform ensures even coverage, ideal for large-scale production. Whether you’re finishing medical instruments or creating decorative surfaces, this system adapts to your precision needs.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Coating Thickness Accuracy±2 µm±0.5 µm (20% better)±0.1 µm (industry-leading)
Substrate Capacity1–3 pieces/cycle5–8 pieces/cycle10–15 pieces/cycle
Temperature Stability±10°C±3°C±1°C
AutomationManualSemi-automatedFully automated

Supplier's note

  1. Breakthrough Features:

    • Stainless Steel Construction: Withstands harsh industrial environments, reducing downtime by 30% compared to plastic-coated systems.
    • Precision Temperature Control: ±1°C stability in the Pro Model ensures consistent coatings for aerospace-grade components.
    • Rotating Platform Design: Handles 15 substrates/cycle, doubling production efficiency over static systems.
  2. Optimal Version Selection:

    • Base Model: Ideal for small workshops or R&D labs prioritizing manual control and budget constraints.
    • Advanced Model: Best for medium-scale manufacturers needing semi-automation and higher precision (e.g., medical device coating).
    • Pro Model: Suited for large industrial facilities requiring high-volume, ultra-precise coatings (e.g., automotive alloy wheel production). With its ±0.1 µm accuracy, it guarantees flawless finishes for luxury automotive parts.

Frequently asked questions

  • Which vacuum chrome machine suits automotive alloy wheels for high-volume production?

  • How to clean the interior of a vacuum coating machine after coating steel substrates?

  • Aluminum vs. Stainless Steel Substrates: Which is better for PVD coating on alloy wheels?

  • Can this vacuum chrome machine customize coating thickness for manual alloy wheel production?

  • Is the PVD coating on alloy wheels FDA-approved for medical device components?

  • How often should the control panel of a vacuum deposition system be calibrated?

  • What certifications does the vacuum chrome machine for alloy wheels comply with?

  • Can the PVD coating production line integrate with existing automotive coating systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompatibilityAutomotive/Industrial CoatingsSupports 5+ substrates (Aluminum, Alloy, Steel, Stainless Steel, Titanium) ▲▲▲▲ Industry Standard: 3 substrates (ASTM A380 compliant)
Our Base: 4 substrates
Limited to base materials in Industry Standard; Advanced version requires specialized training for exotic substrates
Coating PrecisionElectronics/Optics Manufacturing±0.1μm thickness control (ISO 3611 verified) ▲▲▲▲ Industry Standard: ±1.5μm
Our Base: ±0.5μm
Advanced precision increases production time by 20% vs. Industry Standard
Operational EfficiencyHigh-Volume Production Lines8-hour continuous runtime (IEC 60204 certified) ▲▲▲ Industry Standard: 4 hours
Our Base: 6 hours
Manual operation in Base tier reduces scalability for large factories
DurabilityHarsh Industrial EnvironmentsStainless Steel Grade 316 (ASTM A276) ▲▲▲▲ Industry Standard: Mild Steel
Our Base: Stainless Steel 304
Advanced-grade steel increases equipment cost by 30%
CustomizationR&D/Prototype Labs12 customizable ports for gas/temperature control ▲▲▲▲ Industry Standard: 4 ports
Our Base: 8 ports
Advanced ports require proprietary software for setup
Cost-EffectivenessSME Manufacturing Shops$58,000 (includes 1-year warranty) vs. Industry Standard $72,000 ▲▲▲ Industry Standard: $72k
Our Base: $65k
Advanced tier lacks ROI for low-volume production (<500 units/month)

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