Contactless sensors enable smart composites production
CAMX 2025: Attendees can experience both of sensXPERT’s FlexCure and Insight sensor products, both achieving reduced waste, shorter cycle times and more actionable insights into resin curing.
Share
In composites manufacturing, where precision and quality assurance are everything — especially in challenging processes like resin infusion, filament winding, patch repairs and continuous production — SensXPERT, operating within Netzsch Process Intelligence GmbH (Selb, Germany), introduces FlexCure, a contactless, high-frequency dielectric analysis (HF-DEA) solution.
Where traditional sensors fail due to physical constraints, FlexCure thrives. Its contactless technology penetrates composite structures up to 40 mm thick, eliminating the need for embedded sensors or coupling media. This enables reliable, real-time detection of dry spots, air gaps and other critical curing anomalies, without interrupting the process.
FlexCure continuously monitors key dielectric properties such as permittivity and conductivity, offering a live window into the curing process. Its advanced analytics translate this data into actionable insights, enabling teams to fine-tune parameters like temperature and cure time on the fly. The result, SensXPERT reports, is reduced waste, shorter cycle times and enhanced production consistency.
What sets FlexCure apart is its ability to detect deviations and potential defects early. By analyzing resin behavior at the molecular level, the system proactively flags inconsistencies, minimizing costly rework and ensuring compliance with rigorous quality and safety standards.
Whether in aerospace, automotive or advanced industrial applications, sensXPERT FlexCure delivers a combination of quality assurance, process transparency and cost-efficiency. It empowers manufacturers to optimize curing processes, reduce energy consumption and eliminate downtime.
For applications requiring in-mold monitoring, sensXPERT Insight offers a complementary, integrated solution. This system uses embedded dielectric sensors and edge computing to monitor and control curing in real time. Machine learning algorithms analyze resin behavior, enabling automatic cycle adjustments based on actual material response. Insight provides full process transparency and traceability through its cloud-based platform, delivering up to 50% scrap reduction, 23% energy savings and 30% shorter cycle times.
Related Content
-
VIDEO: Robots enable nine-axis machining of composites
Machine Tool Camp displayed its hybrid machining center at CAMX, featuring nine-axis machining capability enabled by robotics.
-
Fall events chart the course for composites
A busy fall brings industry-leading events and recognition for operations setting new benchmarks for excellence.
-
The future is composite: Innovation, resilience and human experience
CAMX 2025 showcased the power of collaboration and purposeful innovation, a clear reminder that the composites industry is all about human potential.
Related Content
VIDEO: Robots enable nine-axis machining of composites
Machine Tool Camp displayed its hybrid machining center at CAMX, featuring nine-axis machining capability enabled by robotics.
Read MoreFall events chart the course for composites
A busy fall brings industry-leading events and recognition for operations setting new benchmarks for excellence.
Read MoreThe future is composite: Innovation, resilience and human experience
CAMX 2025 showcased the power of collaboration and purposeful innovation, a clear reminder that the composites industry is all about human potential.
Read MoreVIDEO: Recycling and machining carbon fiber scraps
Elevated Materials has partnered with Toray Composite Materials America, Inc. to collect and upcycle reclaimed carbon fiber scraps into large billet laminates, which can then be cut into various parts using CNC mills.
Read MoreRead Next
Ceramic matrix composites: Faster, cheaper, higher temperature
New players proliferate, increasing CMC materials and manufacturing capacity, novel processes and automation to meet demand for higher part volumes and performance.
Read MoreCutting 100 pounds, certification time for the X-59 nose cone
Swift Engineering used HyperX software to remove 100 pounds from 38-foot graphite/epoxy cored nose cone for X-59 supersonic aircraft.
Read MoreScaling up, optimizing the flax fiber composite camper
Greenlander’s Sherpa RV cab, which is largely constructed from flax fiber/bio-epoxy sandwich panels, nears commercial production readiness and next-generation scale-up.
Read More