Watttron has developed the cera2heat® matrix heating system, which utilizes a grid of individually controlled heating pixels to achieve precise, heterogeneous surface heating. This technology enhances thermal process control in manufacturing, improving product quality and energy efficiency across various industrial applications.
Funding
$13M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
CIECFounders
Product
Problem
Traditional heating systems in manufacturing lack precise control, leading to inconsistent product quality, increased energy consumption, and limitations in handling complex geometries and materials. Inefficient heating processes hinder the production of sustainable packaging solutions and customized products.
Solution
Watttron's cera2heat® matrix heating system offers a disruptive technology platform that provides manufacturers with complete control over their thermal processes. The system utilizes a grid of individually controlled heating pixels to achieve precise, heterogeneous surface heating. This allows for customized heating profiles, optimized energy usage, and the ability to process complex shapes and materials in thermoforming, sealing, and welding applications. By integrating simulation software and cloud-based infrastructure, Watttron enables predictable efficiency, real-time monitoring, and seamless adaptation of heating parameters to enhance product quality and reduce waste.
Target Audience
Watttron's primary customers are manufacturers in the packaging, plastics, and other industries seeking to improve the efficiency, precision, and sustainability of their thermal processing operations.
Features
- cera2heat® matrix heating system with individually controlled heating pixels for heterogeneous surface heating
- cera2seal® heating system designed for sealing and welding processes, enabling complex packaging geometries
- Simulation software for virtual material modeling and prediction of thermoforming and compression behavior
- Programmed image interface for visual control, functional monitoring, and power monitoring
- Cloud-based infrastructure for remote heater management, CAD data uploading, and automatic error notifications
- Integrated temperature sensors for precise control of actual temperature distribution
- Capability to create customized heating profiles based on CAD data and simulation results
- Solutions for diverse applications including thermoforming, sealing, and innovative packaging designs