E-llum technology

E-LLUM INDUCTION TECHNOLOGY

E-llum Technology is patented by E-Wenco and is based on the principles of electromagnetic induction applied also to non-ferromagnetic metals such as stainless steel, aluminium, titanium, copper, etc...

After years and years of both basic and applied research, we have been able to apply a still little-known physical principle and create a system of rules to make any metallic, non-ferromagnetic material suitable for heating by electromagnetic induction with efficiencies of over 90%. We call this great achievement the COMPATIBILITY PACK and it contains the 3 major physical, chemical and mechanical rules, which constitute E-Wenco’s exclusive know-how.

E-LLUM RULES

1 Mechanical Rule

E-Wenco adapts the entire system (electronics, inductor, and induced) to the application needs, defining the parameters that will lead to the desired efficiency.

2 Physic Rule

E-Wenco selects the working conditions of the whole system that influence the final result and the transduction efficiency.

3 Chemestry Rule

E-Wenco selects the alloy composition to increase transduction efficiency

Rapid Heating: Thanks to its lightweight design and careful study of the thermal process variables, E-llum Technology offers unprecedented rapid heating up.

Thermal Shift: Moving from the electric axis to the thermal axis ensures efficient performance.

Lightweight and Thin: E-llum Technology is both lightweight and thin, making it ideal for various applications.

Wireless Control: E-llum Technology features wireless capabilities, providing perfect thermal control and feedback integration.

Optimal Thermal Footprint: Its precisely engineered thermal footprint ensures perfect performance.

Durability: With no wear and simple maintenance, E-LLUM guarantees long-lasting and reliable operation.

KEY CONCEPT

The advantages of E-llum technology are: speed of response, heat generation over large surfaces, controllability, greater homogeneity, possibility of tracking heat demand, fewer limitations in the choice of heat generator shapes, modularity, high heat exchange.
The disadvantages of electromagnetic induction are the cost of the electronic control unit, emission of electromagnetic waves and the requirement for EMC certification.

ARTIFICIAL INTELLIGENCE (AI) PLUS

E-llum Technology is suitable for artificial intelligence because it is equipped with numerous sensors that provide feedback. E-llum Technology itself offers feedback, allowing integration with neural networks in the process. Unlike electric resistances, E-LLUM responds to process changes.