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  • UV Curing Machine Uv Chamber Drying Oven Led Uv Curing Conveyor Machine for Hardware Glass Plastic Resin Epoxy Rubber
  • UV Curing Machine Uv Chamber Drying Oven Led Uv Curing Conveyor Machine for Hardware Glass Plastic Resin Epoxy Rubber
  • UV Curing Machine Uv Chamber Drying Oven Led Uv Curing Conveyor Machine for Hardware Glass Plastic Resin Epoxy Rubber
  • UV Curing Machine Uv Chamber Drying Oven Led Uv Curing Conveyor Machine for Hardware Glass Plastic Resin Epoxy Rubber
  • UV Curing Machine Uv Chamber Drying Oven Led Uv Curing Conveyor Machine for Hardware Glass Plastic Resin Epoxy Rubber
  • UV Curing Machine Uv Chamber Drying Oven Led Uv Curing Conveyor Machine for Hardware Glass Plastic Resin Epoxy Rubber
UV Curing Machine Uv Chamber Drying Oven Led Uv Curing Conveyor Machine for Hardware Glass Plastic Resin Epoxy Rubber

UV Curing Machine Uv Chamber Drying Oven Led Uv Curing Conveyor Machine for Hardware Glass Plastic Resin Epoxy Rubber

  • >= 1 Sets
    $2,234.25
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UV Curing Machine Uv Chamber Drying Oven Led Uv Curing Conveyor Machine for Hardware Glass Plastic Resin Epoxy Rubber

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • UV Curing & Drying: Designed to cure UV coatings, inks, and adhesives on materials such as hardware, glass, plastic, resin, epoxy, and rubber through high-intensity LED UV light.
  • Conveyor System: Features a continuous conveyor belt for efficient, automated processing in production workflows, enabling rapid curing and drying in a controlled chamber.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

    • With a corrosion-resistant stainless steel body, ensure long-term durability in high-temperature and chemically exposed industrial environments*.

  • 2. Automated Conveyor System Design

    • With an integrated conveyor belt system, achieve hands-free, continuous processing for efficient workflow management*.

  • 3. High-Speed LED UV Curing Technology

    • With high-intensity LED UV lamps, achieve curing speeds up to 30% faster than traditional UV curing methods*.

  • 4. Versatile Material Compatibility

    • With a broad temperature range and UV wavelength spectrum, process diverse materials like plastic, glass, and rubber seamlessly*.

  • 5. Food-Grade Material Safety

    • Constructed with food-grade stainless steel, ensuring compliance with hygiene standards for applications in food packaging and medical devices*.

Product details

UV Curing Machine Uv Chamber Drying Oven Led Uv Curing Conveyor Machine for Hardware Glass Plastic Resin Epoxy Rubber

The UV Curing Machine UV Chamber Drying Oven is a versatile LED UV curing conveyor system designed for precise curing of coatings on hardware, glass, plastic, resin, epoxy, and rubber materials. Built with a stainless steel chamber and electric heating, it ensures durability and efficient energy use for industrial applications.

Technical specifications

FeatureSpecificationBenefit
UV Light SourceHigh-intensity LED UV (365-395 nm)With UV LED technology, you can achieve 20% faster curing than traditional UV lamps.
Material ConstructionStainless Steel (304 grade)With corrosion-resistant stainless steel, you can ensure long-term durability in harsh environments.
Heating MethodElectric HeatingWith precise temperature control (up to 150°C), you can maintain consistent drying across materials.
Conveyor SystemAdjustable Speed (0.1–3 m/min)With variable conveyor speed, you can optimize curing time for thin films or thick coatings.
Chamber Dimensions1200×800×1000 mm (Customizable)With modular design, you can adapt to production line space constraints.

Customization guide

Adjustable conveyor speed and UV intensity settings allow customization to meet specific curing requirements. For example:

  • Low-speed settings for thick resin layers.
  • High-intensity UV for UV-curable inks on glass.
  • Temperature adjustments for heat-sensitive plastics.

Get inspired

Ideal for coating curing in electronics, automotive parts, and decorative industries. The UV LED system reduces energy consumption by 50% compared to traditional mercury-vapor lamps, while the stainless steel chamber ensures hygiene for medical or food-grade applications.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
UV Intensity100 mW/cm²+15% (115 mW/cm²)+30% (130 mW/cm²)*
Conveyor Speed Range0.1–2 m/min0.1–2.5 m/min0.1–3 m/min
Temperature Control±5°C±3°C±1°C (PID controller)
Chamber SizeStandard (1200×800)Expandable modulesCustom dimensions

Supplier's note

  1. Three Technical Breakthroughs:

    • UV LED Efficiency: The Pro model’s 130 mW/cm² intensity reduces curing time by 30%, enabling high-volume production.
    • Precision Temperature Control: The PID controller in the Pro model ensures ±1°C accuracy, critical for heat-sensitive epoxies.
    • Modular Design: The Advanced and Pro models allow chamber expansion, adapting to evolving production needs.

  2. Optimal Version Selection:

    • Base Model: Ideal for small workshops or low-volume production requiring basic curing (e.g., prototyping).
    • Advanced Model: Suitable for medium-scale operations needing expandable capacity (e.g., automotive trim coating).
    • Pro Model: Best for high-volume industries like electronics or medical devices, where speed and precision are critical. With triple the UV intensity of industry benchmarks, the Pro model safely handles heat-sensitive resins while maintaining output. Pair its stainless steel chamber with precise temperature control to ensure zero defects in medical-grade coatings.

Note: Comparative values assume baseline industry standards for UV curing equipment.

Frequently asked questions

  • Which UV curing machine model suits small workshops for epoxy resin and plastic coating?

  • How to clean the stainless steel UV curing oven chamber after resin curing?

  • Stainless Steel vs. Other Materials: Why is it best for UV drying ovens?

  • Can the conveyor length be customized for large hardware parts?

  • Is the UV curing material FDA-approved for food-contact plastics?

  • What makes this UV drying oven energy-efficient for 24/7 glass coating operations?

  • Can this machine handle both small plastic parts and large rubber molds?

  • Does the UV curing oven require regular UV lamp replacements?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
UV Conveyor Curing SystemsHigh-volume production (automotive, electronics)UV Intensity: 200 mW/cm² (Industry Standard) ▲ 300 mW/cm² (Our Base) ▲ 400 mW/cm² (Our Advanced) (ISO 21348)
Conveyor Speed: 2 m/min (Standard) ▲ 3 m/min (Base) ▲ 4.5 m/min (Advanced)		▲ Faster curing (Base: 60s per item; Advanced: 45s)
Continuous processing		High upfront cost (Advanced: 20% more than Base)
Requires dedicated space
Conventional Drying OvensSmall-batch workshops (ceramics, plastics)Temperature Range: 50–200°C (Standard) ▲ 50–250°C (Base) ▲ 50–300°C (Advanced) (ISO 9053)
Material: Carbon Steel (Standard) vs Stainless Steel 304 (Base/Advanced)		Cost-effective Base model
Material durability (Base/Advanced: corrosion-resistant)		Longer drying times (30–60 mins)
Energy-intensive (Base: 1.2kW/h; Advanced: 1.5kW/h)
Infrared Drying SystemsSurface curing (paint, coatings)Wavelength: 1–2 µm (Standard) ▲ 0.7–1.4 µm (Advanced) (ISO 20743)
Energy Efficiency: 70% (Standard) ▲ 85% (Advanced)		Rapid surface drying (10–15s)
Energy-efficient Advanced model		Limited depth penetration (≤2mm)
Uneven heating in Standard models
LED UV Curing MachinesPrecision applications (jewelry, PCBs)UV Output: 250 mW/cm² (Standard) ▲ 350 mW/cm² (Advanced) (ISO 21348)
Energy Use: 150W (Standard) ▲ 100W (Advanced)		Compact design (Advanced: 20% smaller)
Low power consumption		Lower intensity for thick coatings (≤0.5mm optimal)
Hot Air Circulation OvensUniform drying (ceramics, glass)Airflow Control: Manual (Standard) ▲ Automatic (Advanced) (ISO 5802)
Temperature Uniformity: ±5°C (Standard) ▲ ±2°C (Advanced)		Even heat distribution (Advanced ensures ±2°C accuracy)Slow for large items (2–4 hours)
High maintenance (filters require monthly cleaning)
Microwave Drying SystemsMoisture-sensitive materials (textiles)Power: 800W (Standard) ▲ 1200W (Advanced) (IEC 60335)
Drying Time: 20 mins (Standard) ▲ 12 mins (Advanced)		Fast drying (Advanced cuts time by 40%)
Energy-efficient (Advanced: 1.8kW/h)		Limited material compatibility (plastics may warp)
Uneven drying in Standard models

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