Heat from within.
Fast
Precise
Controlled
We enable smarter polymer processing with fast, precise heating and internal temperature sensing for greater process control.
Speed is only part of the challenge.
Slow heating is the visible problem. The real cost is missing the exact temperature profile and having no insight into what happens inside the material.
01
Slow, surface heating
Heat has to conduct in from the surface, which is slow in polymers, especially in thick parts.
02
Hard to heat the profile
Where temperatures need to be exact, misses lead to reruns and scrap.
03
Limited insight
Little visibility of temperatures inside the material beyond surface measurements.
Two capabilities. One stronger system.
Heat from within.
Faster.
Ultrasonic heating generates heat directly in the material, reducing heating times and increasing throughput.
See inside.
Without sensors.
Ultrasound estimates the temperatures inside the material, going beyond conventional surface measurements.
Better together.
Measure, heat, adjust.
Combining both enables measurement-based heating control: the strongest way to reach the target temperature profile.
How it works
01
Measure
Measure the internal temperature profile with ultrasound.
02
Heat
Generate heat directly within the material.
03
Re-measure & control
Re-measure the internal temperature and adjust heating accordingly.
04
More uniform temperature
Achieve the target temperature profile throughout the material.
Proof from industry and research.
“I’ve been in this industry for 20 years and never seen such heating speeds inside a polymer.”
R&D Director
One of the world’s largest plastics producers
Fervonic is an Eindhoven University of Technology spinout, bringing research into real industrial applications.
Research
Eindhoven University of Technology (TU/e)
From the lab to the factory, we help polymer processors heat faster and control the temperature profile inside the material.
Heating speed
Up to 100×
Up to 100× faster heating from within the material.
Measurement
Inside
Internal temperature estimated with ultrasound, without sensors in the material.
Origin
Spinout
Eindhoven University of Technology spinout, bringing research into industry.
Testing
Lab to factory
Industry focused: tested out of the lab and into the factory.
Why Fervonic
Speed
Heating from within reduces heating times and increases production throughput.
Precision
The exact temperature profile your process needs, including in thick or challenging geometries.
Control
Internal temperature feedback improves consistency, repeatability and product quality.
Impact
Energy efficiency, footprint reduction and sustainability follow from applying the technology appropriately.
Applications
for polymer processing.
Heating thick polymer parts
Heat reaches the core of thick parts without waiting for conduction from the surface.
Seeing the temperature inside
Measure temperature within the part, not just at its surface, to understand what's really happening during processing.
More heating with less equipment
Deliver more heat within a shorter processing length, opening opportunities for more compact and efficient production lines.
Reaching the right temperature for shaping
Achieve the internal temperatures needed for shaping and forming, with greater control over the heating process.
Let’s solve your polymer processing challenge.
Discover how ultrasonic heating and/or internal temperature measurement could improve your process.
