Printing UV LED Curing Lamp for UV LED Ink Curing

UVET's Printing UV LED Curing Lamp for UV LED Ink Curing (240×60mm) delivers exceptional UV intensity of up to 12W/cm². Designed for flatbed inkjet printing systems, this lamp offers reliable, fast, and energy-efficient curing, making it perfect for high-speed production environments. With selectable wavelengths of 365nm, 385nm, 395nm, and 405nm, it meets the needs of a wide range of inks and materials.

This versatile lamp is ideal for digital inkjet printers, wide-format printers, screen printers, 3D printing, and UV coating applications. Its adjustable output allows for flexible curing solutions, making it suitable for different materials and specific curing challenges. The simple construction ensures seamless integration with both new and existing printing systems to optimize their workflows quickly.

Features

• UV intensity: Delivers up to 12W/cm² of UV power for efficient curing
• Flexible wavelength support: 365nm, 385nm, 395nm, and 405nm for versatile material compatibility
• Customizable curing: Adjustable UV intensity for different printing needs
• Compact format: 240×60mm design provides wide coverage and easy integration

Why Choose This UV LED Curing Lamp for UV Ink Curing?

The Printing UV LED Curing Lamp for UV LED Ink Curing is engineered for efficiency and reliability. Its high UV intensity ensures fast and even curing, which increases production speed and quality. The flexibility of multiple wavelength options enables compatibility with various inks and materials, giving you more control over your curing process.

The ability to adjust UV intensity provides further customization, allowing users to optimize curing settings based on specific requirements. Whether you're working with UV inkjet printers, 3D printing technologies, or coating systems, this lamp can adapt to your needs. Its efficient design reduces energy consumption without sacrificing performance, ensuring your operations remain cost-effective and eco-friendly.

The 240×60mm format offers wide coverage, making it ideal for larger print jobs or high-volume production. The compact and user-friendly design ensures easy integration with existing systems, allowing you to streamline setup and minimize downtime.

What Makes It Different?

• All-purpose compatibility: Ideal for UV ink curing across various printing technologies
• Energy-efficient: Reduces power consumption without compromising curing speed
• Superb flexibility: Adjustable UV intensity for precise curing across different materials and processes
• Easy integration: Simple setup process for quick, plug-and-play installation

Printing UV LED curing lamps for ink curing feature energy-saving design, customizable settings, and seamless integration to optimize the curing process to meet a variety of printing needs. For more technical details, customization options, or consultation, please contact our team.

Q1: What is a Printing UV LED Curing Lamp used for?

A: It is used to instantly cure UV LED inks during printing processes such as inkjet, flexo, or screen printing on materials like paper, plastic, metal, glass, and film.

Q2: What are the benefits of UV LED curing for printing applications?

A: It provides instant drying, low heat generation, energy savings, long lamp life, and mercury-free, ozone-free operation—ideal for high-speed and environmentally friendly production.

Q3: Which printing systems are compatible with UV LED curing lamps?

A: UV LED curing lamps are compatible with inkjet, flatbed, roll-to-roll, hybrid, and label printers, and can be integrated into both new systems and retrofit upgrades.

Q4: What wavelengths are typically used for curing UV LED inks?

A: Standard wavelengths include 365 nm, 385 nm, 395 nm, and 405 nm, chosen based on the specific ink formulation and curing requirements.

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

A: Regular cleaning of the optical window, ensuring effective cooling, and checking UV intensity are essential to maintain consistent curing and print quality.