The visual interface of IoT – Ynvisible Electrochromic Displays

Ynvisible offers displays that are ultra-low power, thin and flexible and enables a relaxed and natural product user experience. Our displays enable new applications and can be used where conventional electronic displays have not been used before, such as packaging, retail, single-use products, medtech and various IoT-devices.
Ynvisible’s electrochromic displays can be activated using a variety of power sources including coin cell batteries, printed batteries, organic photovoltaics, and wireless charging with as little as 1.5V.
The Ynvisible displays are produced by screen-printing, which allow a high degree of customization that is not available from alternative display technologies. This creates an attractive appearance that is highly appreciated by both product designers and end-users.
The printing process also allow a cost-effective high-volume production. The low power consumption and easy integration of the display into a system, with no or little extra driver electronics will save cost on a system level.
The Ynvisible display is processable onto flexible substrates. This physical flexibility expands the range of surfaces and objects where interactive displays can be used.

Tommy Höglund
Ynvisible

Bio

Ynvisible offers displays that are ultra-low power, thin and flexible and enables a relaxed and natural product user experience. Our displays enable new applications and can be used where conventional electronic displays have not been used before, such as packaging, retail, single-use products, medtech and various IoT-devices.
Ynvisible’s electrochromic displays can be activated using a variety of power sources including coin cell batteries, printed batteries, organic photovoltaics, and wireless charging with as little as 1.5V.
The Ynvisible displays are produced by screen-printing, which allow a high degree of customization that is not available from alternative display technologies. This creates an attractive appearance that is highly appreciated by both product designers and end-users.
The printing process also allow a cost-effective high-volume production. The low power consumption and easy integration of the display into a system, with no or little extra driver electronics will save cost on a system level.
The Ynvisible display is processable onto flexible substrates. This physical flexibility expands the range of surfaces and objects where interactive displays can be used.