Duo-Technik is constantly on the lookout for groundbreaking technologies reshaping the Print industries. Today, we are thrilled to introduce some features of the DarkWave, a remarkable innovation that's set to revolutionize the world of drying and heating processes.

Features of DarkWave New Technology:

1. Optimized Wavelength Range: DarkWave technology operates within a specific wavelength range of approximately 2.0 µm - 3.5 µm (corresponding to temperatures of 1450 K – 950 K). This wavelength range is chosen for its efficient absorption by water, making it particularly effective for drying processes that involve water-based or water-containing materials.
2. Ceramic Radiant Source: DarkWave employs a ceramic radiant source that is specially designed for this application. Unlike traditional IR heaters, this ceramic source does not have a quartz glass envelope, which eliminates energy losses associated with quartz glass absorption. Additionally, the ceramic element is blackened to increase its emissivity, enhancing its ability to emit radiation efficiently.
3. Different Variants: DarkWave technology comes in various configurations, including designs with an open-air outlet at the end of the hollow body and versions without an air outlet, where air is distributed through multiple openings in the ceramic element. These variations allow flexibility in application and installation.
4. Energy Efficiency: One of the primary goals of DarkWave technology is to significantly reduce energy consumption during the drying process. By optimizing the wavelength and eliminating the need for an additional heating element, DarkWave achieves energy savings ranging from 30% to 40%, making it a sustainable and cost-effective solution.
5. Uniform CMYK Drying: DarkWave technology addresses the challenges of drying with different colors. It ensures that the drying process is consistent and uniform, regardless of the ink.

Advantages of DarkWave Technology:

• Energy Savings: DarkWave offers substantial energy savings compared to traditional drying methods, reducing operational costs and environmental impact.
• Improved Product Quality: Uniform and efficient drying leads to better product quality and consistency.
• Environmental Benefits: The energy efficiency of DarkWave contributes to reducing carbon emissions, making it an environmentally friendly option.
  
  In summary, DarkWave technology significantly advances drying and heating processes, offering enhanced energy efficiency, improved product quality, and versatility in various industrial applications. Its ability to combine radiation and hot air from a single source, optimized wavelength range, and uniform drying capabilities make it a promising solution for industries seeking to enhance their processes while reducing energy consumption.