Norblast is introducing the new 3D Wave system, a surface dyeing machine designed for optimized precision and consistency in the dyeing phase of 3D printed components. Created in collaboration with Teknox, the system is optimized for handling the intricate surface characteristics of 3D printed parts, including deep cavities and complex geometries.
The 3D Wave features Rotowave technology, which combines partial immersion with continuous fluid movement to ensure complete and even dye penetration across all surfaces. This capability prevents common issues such as color halos or stagnation, and guarantees optimal coverage, even for challenging areas. The result is a flawless, consistent color application that sets a new benchmark for quality in surface dyeing.
The 3D Wave’s streamlined process begins with an automatic rinse to remove impurities, a slow rotation dyeing phase, another rinse to clear any residual dye, and a final drying stage in a micro-filtered, temperature-controlled environment. The all-in-one design consolidates these stages into a single system, reducing downtime, simplifying workflows, and making it easier for operators to achieve consistently high-quality results.
Built for high productivity, the 3D Wave can complete a full dyeing cycle in under 60 minutes, making it ideal for industries that require rapid, efficient throughput. The system’s adaptability and customizable programs make it highly versatile, whether dyeing intricate parts for the automotive, medical, consumer electronics, or fashion technology sectors.
With advanced energy-monitoring capabilities, the 3D Wave tracks and optimizes power usage, making it both cost-effective and sustainable. The design incorporates micro-filtered air drying, supporting eco-friendly production with minimal energy consumption, which can yield substantial operational savings over time.
Compared to traditional dyeing methods, which often struggle with complex surfaces or irregular coverage, the 3D Wave is intended to deliver faster, more uniform results. Via a user-friendly interface and automated processes, it minimizes the need for extensive operator training or intervention, further boosting efficiency.
