UV LED Curing for Inkjet Printer

UV LED curing for inkjet printer from UVET delivers strong, targeted UV output in a compact form. With an irradiation size of 40mm × 15mm and a peak intensity of 8W/cm², this handheld lamp is ideal for precise curing in digital printing and small-format print systems. Designed for fast, energy-efficient performance, it meets the demands of modern inkjet, screen, and 3D printing workflows.

This curing lamp supports four different wavelengths—365nm, 385nm, 395nm, and 405nm—making it compatible with a wide range of inks, coatings, and substrates. Whether used for rigid or flexible materials, the unit provides reliable curing and helps maintain consistent print quality.

Built for both performance and portability, the lamp integrates easily into existing print environments. It’s lightweight and compact, making it suitable for tight spaces without compromising power or reliability.

Features

• Very strong UV output: Delivers up to 8W/cm² for fast, dependable curing even with thicker inks or layered coatings
• Many different wavelengths available: Supports 365nm, 385nm, 395nm, and 405nm for compatibility with various print materials
• Adjustable power control: Lets operators fine-tune intensity to suit specific printing needs and ink types
• Energy efficient: Uses high-efficiency LEDs that reduce power consumption and heat output, lowering operating costs

Why Choose This UV LED Curing Solution?

Designed specifically for print applications, this unit handles both complex graphics and high-speed runs. Its high-intensity output ensures quick curing, which reduces cycle times and increases throughput. This means your print jobs complete faster—without compromising quality or adhesion.

In addition to speed, the system gives you flexibility. The ability to switch wavelengths lets you use the same lamp across different printers or projects. It adapts to various curing demands, from specialty ink to industrial coatings.

The adjustable power settings help prevent over-curing or heat damage. Operators can optimize energy output based on job requirements, improving both process control and material compatibility.

Portability is another big advantage. Its compact design makes it easy to move between workstations and fit easily into limited spaces. It is suitable for hybrid production lines where space is limited.

What Makes It One of Its Own Kind?

• Designed for the newest printing methods: Works seamlessly with digital inkjet printers, screen printing units, and 3D printing platforms
• Simple operation and integration: Easy to set up and use, with minimal adjustment needed for different workflows
• Always and evenly curing: Delivers balanced UV exposure for consistent results with every print
• Flexible and easily portable: Small enough to fit into compact setups without losing performance

The UV LED Curing for Inkjet Printer system delivers reliability, speed, and energy savings—all in a handheld format.

Q1: What is UV LED curing in inkjet printing used for?

A: UV LED curing in inkjet printers is used to instantly dry UV-curable inks on a variety of substrates, including plastic, glass, metal, wood, and flexible films, enabling high-speed, high-quality printing.

Q2: What are the advantages of UV LED curing over traditional drying methods in inkjet printing?

A: UV LED curing offers instant drying, lower heat emission, longer LED lifespan, energy efficiency, no ozone generation, and compatibility with heat-sensitive materials.

Q3: What wavelengths are commonly used in UV LED curing for inkjet printers?

A: Typical wavelengths include 385 nm, 395 nm, and 405 nm, selected to match the photoinitiators in UV inks for optimal adhesion and curing speed.

Q4: Can UV LED curing be integrated into existing inkjet printing systems?

A: Yes, UV LED curing modules are compact and scalable, making them suitable for retrofitting or integration into new inkjet printer designs with minimal modification.

Q5: What maintenance is required for UV LED curing systems in inkjet printers?

A: Maintenance includes cleaning optical windows, checking cooling fans or water lines, and monitoring LED output to ensure consistent and reliable curing performance.