LED UV Curing Lamps for Printing

The LED UV Curing Lamps for Printing from UVET provide reliable curing with up to 12 W/cm² of UV intensity. These lamps are ideal for flatbed inkjet printing systems and are available in wavelengths of 365nm, 385nm, 395nm, and 405nm. They deliver fast, efficient, and energy-saving curing for various printing applications.

These lamps are designed for both small and wide-format printers, digital printers, screen printers, and 3D printers. They allow users to control UV intensity and exposure time independently, ensuring optimal curing for every print job. Their compact 200x20mm size makes integration quick and easy, improving both performance and print quality.

Features

• Fast and efficient curing: Delivers up to 12 W/cm² UV intensity for quick, uniform curing
• Multiple wavelength options: Select from 365nm, 385nm, 395nm, or 405nm for compatibility with various inks
• Adjustable UV intensity and exposure time: Control the curing process for precise results
• Compact design: The 200x20mm size makes installation simple in most printing systems

Why Choose LED UV Curing Lamps for Printing?

The LED UV Curing Lamps for Printing offer high UV intensity to ensure fast and consistent curing. Whether you are working with thick inks or fine coatings, this lamp guarantees reliable performance. The ability to independently adjust UV intensity and exposure time allows for precision, making it perfect for different materials and printing speeds.

With four selectable wavelengths, you can match the lamp’s output to your specific materials. This flexibility ensures efficient curing with better adhesion, color consistency, and finish quality. Furthermore, LED technology provides instant on/off functionality, eliminating warm-up time and improving productivity.

These lamps consume less energy than traditional UV systems. This energy efficiency lowers operating costs while reducing the need for cooling systems. They also produce less heat, preventing damage to sensitive substrates. As a result, this UV LED lamp enhances both productivity and quality.

The 200x20mm compact size fits easily into both small- and large-format printing systems. Whether you're adding it to an existing setup or upgrading your equipment, the lamp integrates quickly with minimal downtime. Its user-friendly design ensures seamless operation and helps boost overall print quality and efficiency.

What Makes It Unique?

• Energy-efficient: Offers high curing speed while reducing energy usage
• Versatile wavelength options: Supports a variety of printing technologies and material types
• Precision control: Adjustable UV intensity and exposure time provide accurate curing
• Easy integration: Compact design allows quick installation into existing systems

The LED UV Curing Lamps for Printing provide the precision and performance you need to improve curing efficiency and print quality. Whether you're working with inkjet printers, digital systems, or 3D printers, these lamps offer energy-efficient, fast, and reliable curing.

Q1: What is the function of LED UV curing lamps in printing applications?

A: LED UV curing lamps are used to rapidly cure UV inks, coatings, and varnishes during printing, allowing for immediate drying and high-quality output on various substrates like paper, plastic, glass, film, and metal.

Q2: Which printing systems are compatible with LED UV curing technology?

A: These lamps can be integrated into inkjet, flexo, screen, gravure, and offset printing machines, supporting both newly designed systems and retrofit upgrades.

Q3: Why choose LED UV curing lamps over traditional UV lamps?

A: LED UV lamps provide instant start/stop, lower heat generation, reduced energy consumption, longer lifespan, and environmentally safe operation without mercury.

Q4: What wavelength options are offered for LED UV curing in printing?

A: Available wavelengths include 365 nm, 385 nm, 395 nm, and 405 nm, selected according to the UV ink chemistry and required curing performance.

Q5: What maintenance is recommended for LED UV curing lamps in printing environments?

A: Maintenance typically involves cleaning the lamp’s optical surface, checking the cooling system, and monitoring output levels to ensure consistent, efficient curing.