Royal3D Launches Interlayer Control System — Thermal Monitoring for Industrial 3D Printing Quality

Real-Time Thermal Monitoring for Industrial 3D Printing

Dutch 3D printing service provider Royal3D has launched the Interlayer Control System (ICS), a thermal monitoring tool designed specifically for industrial 3D printing operations. The Rotterdam-based company unveiled the system this week, positioning it as a solution for manufacturers seeking tighter quality control over their additive manufacturing processes.

The system uses a 160 x 140 pixel thermal camera to continuously track nozzle positions across XYZ coordinates, measuring and logging interlayer temperatures as a print runs. This real-time data capture allows operators to identify temperature inconsistencies between layers that can lead to defects, warping, or poor layer adhesion.

How the Interlayer Control System Works

Temperature inconsistencies between layers are one of the most common causes of print failures in industrial additive manufacturing. When the temperature gradient between consecutive layers becomes too steep, it can result in delamination, warping, or reduced mechanical properties in the final part.

Royal3D's ICS addresses this challenge by providing continuous thermal imaging throughout the printing process. The system captures precise data from the interlayer temperature, offering manufacturers actionable insights into heat distribution, material behaviour, and process stability.

The system was developed specifically for the Robotic Arm 3D printer, with maintenance requiring only regular calibration checks to ensure accuracy.

Industry Implications

As industrial 3D printing moves further into production applications, quality control becomes increasingly critical. Real-time monitoring systems like the Interlayer Control System represent a growing category of solutions aimed at bringing additive manufacturing closer to the consistency and reliability of traditional manufacturing methods.

Royal3D will be exhibiting at JEC World 2026 in Booth F107, Hall 5, where the Interlayer Control System will be demonstrated.