
The Power of Smart Mold Technology and Innovative Design
These molds can incorporate sensors that monitor critical parameters—such as temperature, pressure, and material flow in real-time, providing instant feedback that allows for precise adjustments during each cycle.
Cube molds, with their rotating multi-face structure, further improve productivity by enabling simultaneous injection, cooling, and ejection processes, significantly reducing cycle times.
This combination of real-time data collection and optimized mold design ensures consistent quality across multiple cavities, enabling manufacturers to produce complex, multi-material, high-volume parts with greater accuracy and less waste.
To experience and hear about the latest innovations in smart mold technology join us at
Techxellence CA
November 13 & 14, 2024
ARBURG Technology Event – Technology Center, Irvine, CA
ALLROUNDER CUBE 1800 Demonstration
Innovations in Smart Mold Technology
HACK MoldSense
HACK Mold Sense is an innovative technology designed to provide real-time monitoring and diagnostic capabilities within the injection molding process.
By integrating advanced acoustic sensors directly into the mold, Mold Sense captures sound waves generated during the molding cycle, which can reveal subtle process anomalies that are often undetectable by traditional sensors.
These acoustic signals offer valuable insights into mold health, material flow, and part quality, enabling operators to identify potential issues like incomplete fills, air traps, or early signs of mold damage.
FillControl by PRIAMUS
FillControl is a modular process monitoring system designed for injection molding. It allows for flexible adaptation to individual customer requirements, making it suitable for a wide range of applications.
The system can document, monitor, and control the injection molding process in both open-loop and closed-loop configurations.
For more information: Products | Priamus System Technologies | www.priamus.com

FOBOHA STACK-TURNING MOLDS / CUBE MOLDS
Production of highly complex parts on a single machine
The FOBOHA stack-turning technology processes parts within the turning system at different levels. So, it is possible to inject parts on both levels in the same production step and eject the finished parts at the available station. The next turn (2 x 180° or 4 x 90°) moves the new substrates to the newly freed processing station. This process’s high variability offers higher production performance with significantly shorter cycles.
- Highly complex parts can be produced on a single machine
- The clamping force of the machine can be halved
- Cavities can be doubled
- Production cycles are significantly shorter
- Productivity can be doubled compared to conventional molding
Conclusion
Together, integrated sensors and designs like cube molds represent a leap forward in smart manufacturing, empowering industries to meet modern demands for precision, efficiency, and sustainability.
Future Trends in Smart Mold Technology
The adoption of smart mold technology is expected to accelerate as advancements in AI, machine learning, and IoT technologies continue to evolve.