Streamline curing process management with a centralized information hub.
Composite manufacturers must operate with the idea of continuous improvement in order to increase productivity and to improve product quality. However, increasing productivity of the curing process cannot compromise the highly developed quality management systems that are required in the composites manufacturing.
Additionally, the curing process involves a significant amount of data management, which makes it difficult to keep all process participants informed and synchronized.
Composite manufacturers must operate with the idea of continuous improvement in order to increase productivity and to improve product quality. However, increasing productivity of the curing process cannot compromise the highly developed quality management systems that are required in the composites manufacturing.
Additionally, the curing process involves a significant amount of data management, which makes it difficult to keep all process participants informed and synchronized.
Various data sources like work orders, set-curves, curve limits and measurement data are unified in the database of CuringDesk. All data is available on the intranet (PC, tablet, etc.) via the browser. The administration of process set parameters and evaluation limits is centralized and version controlled.
- Speeds up check and release workflow
- Supports quality management systems, e.g. ISO 9100
- Ensures proper configuration management and prevents errors
CuringDesk provides a comprehensive overview of all processes, tools, sensors and parameters. Automated data analysis and reporting increases the efficiency of monitoring curing processes.
- Provides statistics for technological correlations, key figures and process details
- Reveals hidden optimization opportunities
- Allows easy data exporting to Excel
Automated analysis enables reporting, overviews and comparative studies. CuringDesk offers a simplified way to monitor curing processes.
- Reduces manual effort through automated analysis
- Reduces cycle time of curing devices (autoclaves, ovens, heated molds)
- Provides an early recognition of process trends, thus avoiding non-conformities and reducing rework or scrap rates