Goran Bjelajac

Standard cooktops have heating components in close proximity to electronic components, which requires a good insulation layer between them. The result is a compact but thick product. Roll-up, on the other, hand separates the two components rendering the heating component very thin and elegant. In addition, when induction coils are made smaller, as is the case with the Roll-Up, the heating component can be folded. Electronic component is placed in a fancy looking hard-drive like case.

Standard cooktops have heating components in close proximity to electronic components, which requires a good insulation layer between them. The result is a compact but thick product. Roll-up, on the other, hand separates the two components rendering the heating component very thin and elegant. In addition, when induction coils are made smaller, as is the case with the Roll-Up, the heating component can be folded. Electronic component is placed in a fancy looking hard-drive like case.

Standard cooktops have heating components in close proximity to electronic components, which requires a good insulation layer between them. The result is a compact but thick product. Roll-up, on the other, hand separates the two components rendering the heating component very thin and elegant. In addition, when induction coils are made smaller, as is the case with the Roll-Up, the heating component can be folded. Electronic component is placed in a fancy looking hard-drive like case.

1. Standard induction cooktop 2. Roll up induction cooktop A. Induction coils B. Electronic circuits

1. Position and shape of induction coils at standard induction cooktop 2. Position and shape of induction coils at Roll up induction cooktop A. Position sensor When you place a pot on Roll up, only the coils below the pot are ON. When using Roll up, you can cook in as many pots as you want, as long as they fit the size of the cooktop.