UV Curing System for UV Ink

UVET's 260×40mm series UV Curing System for UV Ink delivers powerful curing with up to 20W/cm² UV intensity. With 385nm and 395nm wavelength options, this system provides fast, energy-efficient, and reliable results for a wide range of printing applications. It is perfect for UV inkjet printing, 3D printing, digital printing, and screen printing.

This UV Curing System for UV Ink offers flexibility, providing precise control over curing conditions. You can adjust both UV intensity and exposure time, tailoring the process for each material. Its compact design allows for easy installation into existing systems, improving productivity and quality.

Features

• High power output: Delivers up to 20W/cm² for rapid and uniform curing across a variety of substrates
• Wavelength options: Choose between 385nm and 395nm for specialized curing applications
• Adjustable exposure and intensity: Independently control UV exposure time and intensity for optimal results
• Compact design: The 260×40mm size ensures easy integration into different UV printing systems

Why Choose This UV Curing System for UV Ink?

The UV Curing System for UV Ink offers both speed and versatility. Its high UV intensity of 20W/cm² guarantees fast curing, which improves production efficiency and reduces cycle times. Whether you’re working with inkjet printing, 3D printing, or screen printing, the system adapts to meet your needs. The adjustable intensity and exposure time allow you to fine-tune the curing process for each material, ensuring high-quality results.

The available wavelengths of 385nm and 395nm provide flexibility to meet the specific curing requirements of different ink and adhesive formulations. This system ensures that the right curing conditions are applied for optimal bonding and adhesion, whether for coatings, inks, or UV glue.

In addition to its performance, the system is energy-efficient, which reduces operational costs. The precise UV intensity control minimizes energy waste and ensures that you only use the necessary amount of energy for each print job. The compact design easily integrates into existing printing systems, providing a cost-effective solution for improving the curing process without major system overhaul.

What Makes It Unique?

• Versatile applications: Supports a variety of UV curing tasks, from inkjet and digital printing to UV glue bonding and screen printing
• Energy-efficient: Reduces power consumption while delivering high-speed, consistent curing
• Adjustable control: Fine-tune UV intensity and exposure time for each print job to ensure optimal results
• Easy integration: Compact 260×40mm design allows for seamless integration with new or existing printing systems

UVET’s UV ink curing systems provide outstanding performance. They feature customizable settings and integrate easily with existing systems. For additional technical details, customization options, or a consultation, please reach out to our team.

Q1: What is a UV curing system for UV ink used for?

A: A UV curing system is used to instantly cure UV-sensitive inks during printing processes such as inkjet, screen, flexo, or offset printing, allowing for fast, durable, and high-quality results on various substrates.

Q2: What are the key benefits of using a UV curing system with UV ink?

A: It offers instant drying, improves adhesion and abrasion resistance, reduces smudging, allows printing on non-porous materials, and increases overall production speed.

Q3: What types of UV curing systems are available for UV ink applications?

A: Systems include UV LED lamps, mercury arc lamps, and hybrid solutions, with UV LED systems being preferred for their energy efficiency, low heat output, and long service life.

Q4: Which printing methods are compatible with UV ink and UV curing systems?

A: Compatible methods include inkjet, flexographic, screen, gravure, and offset printing, across both flatbed and roll-to-roll configurations.

Q5: What factors affect the performance of a UV curing system with UV inks?

A: Critical factors include lamp wavelength, intensity, exposure time, ink formulation, lamp distance from substrate, and proper cooling and maintenance of the system.