Handheld LED UV Curing Lamp
Instant Cure, Precise Beam — Professional UV Curing Power
The Handheld LED UV Curing Lamp is a high-efficiency, portable ultraviolet curing device designed for fast, localized curing in industrial applications. Featuring a high-intensity LED UV light source, it offers low power consumption, long lifespan, and minimal heat emission—making it ideal for curing UV adhesives, coatings, and inks.
Fast Curing for Higher Efficiency
Equipped with high-intensity LED UV light, the device delivers instant-on performance and rapid curing. Ideal for UV adhesives, inks, and coatings—significantly shortens work cycles and boosts productivity.
Portable and Versatile
Lightweight, ergonomic handheld design allows easy operation in tight spaces, field repairs, or precision bonding. No installation needed—plug and play, perfect for workshops, labs, and mobile tasks.
Energy-Saving and Long-Lasting
Built with durable, long-life LED chips (20,000+ hours), offering low power consumption and minimal maintenance. A cost-effective solution with reduced replacement frequency and long-term operational savings.
Key Features of Our Handheld LED UV Curing
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Cool Light Source
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Multiple Wavelength Options:365nm, 385nm, 395nm,
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LED life exceeds 20,000 hours
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Instant Start
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Approx. Ø10–50mm
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3W–10W
Let us partner with you to create solutions that drive innovation, efficiency and success in your industry!
Applications:
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Electronic component bonding and encapsulation
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UV adhesive curing in medical devices
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Optical lens assembly
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Automotive lighting adhesive applications
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Printing, labeling, and surface finishing
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Jewelry and craft rapid bonding and curing
How to Choose the Right Handheld LED UV Curing
✅ 1. Match the UV Wavelength to Your Material
Different materials cure best under specific UV wavelengths:
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365nm – Deep penetration, suitable for UV adhesives and thicker coatings
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385nm / 395nm – Versatile, good for general-purpose UV resins, inks, and coatings
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405nm – Best for fast surface curing, often used with certain 3D printing resins
▶ Always check the adhesive or resin’s technical data sheet to select the correct wavelength.
✅ 2. Check Curing Power and Intensity
Power output (measured in watts or mW/cm²) directly affects curing speed:
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Lower power (<5W) – Suitable for light-duty, small-area applications
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Higher power (5W–10W+) – Needed for thicker materials, faster curing, or industrial use
▶ Look for models with adjustable power or built-in intensity control if you work with various materials.
✅ 3. Consider the Spot Size and Beam Uniformity
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Small spot (~10mm) – Ideal for precision tasks (e.g., electronics, medical devices)
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Wider spot (20–50mm) – Better for larger bonding or coating areas
▶ Make sure the beam is uniform to avoid over- or under-curing at the edges.
