Interested in exploring new opportunities with TactoTek?

Our team is happy to help you. Fill out the form and we’ll be in touch as soon as possible.

By checking this box you agree to receive communication from TactoTek. Read more about how and why we process data in our Privacy Policy.
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.

Embrace an environmentally conscious lifecycle

Improve your environmental performance by reducing complexity, saving resources, and eliminating waste across the complete lifecycle of smart surfaces.

IMSE® outperforms conventional electronics manufacturing methods - reducing Greenhouse Gas Emissions by up to

Let us help you meet
your sustainablity goals

60
%
70
%
DESIGN AND ENGINEERING

Benefiting from simulated design processes and reduced material use, smart surfaces are up to 70% lighter in mass, leading to significant lifetime GHG reductions.

Replacing conventional multi-part assembly electronics with seamless forms, encapsulated electronics, and components in a one-piece structure.

Environmental impact
50
%

Quantified improvement across 11 different environmental impact categories.

Measured environmental impact categories ranging from Greenhouse Gas Emissions to Acidification and Nature Occuptation.

MANUFACTURING

Additive manufacturing processes lead to reduced assembly and notably fewer manufacturing tools.

Complex multi-step manufacturing processes of conventional electronics are turned into a four-step process, following industry standards.

LOGISTICS

Production of IMSE parts leads to leaner logistics through a reduction in materials and fewer manufacturing locations.

The required transportation volume and mass are significantly reduced.

Materials and components

A seamless one-piece smart structure replaces multi-part assemblies and uses up to 70% less plastics.

IMSE mass manufacturing reduces the use of plastic resins and petrochemical products.
100%
RECYcling

Our ambition is to be 100% recyclable using novel recycling and recovery technologies.

Together with our partners we are shifting the industry toward a circular economy.

100%
100
%
100
%
RECYcling

100% recyclable by recovering high-value materials using mature recycling and recovery methods.

Dismantlable structures and Pyrolysis to extract valuable materials enable econimically viable recycling of IMSE parts.

"Fitting intelligence, features and user benefits into thin, durable surfaces in an environmentally friendly manner, is what keeps us pushing the envelope"

Related articles

Efficient by Design: How IMSE® Lighting Does More with LessEfficient by Design: How IMSE® Lighting Does More with Less
Illumination

Efficient by Design: How IMSE® Lighting Does More with Less

22.5.2025

Pasi Korhonen

Building the Foundation for IME with IPC standard: IPC-8401 Guidelines for In-Mold ElectronicsBuilding the Foundation for IME with IPC standard: IPC-8401 Guidelines for In-Mold Electronics
Mass Production

Building the Foundation for IME with IPC standard: IPC-8401 Guidelines for In-Mold Electronics

9.12.2024

Paavo Niskala

The Impact of In-Mold Electronics on Resource Efficiency and Circular Economy InitiativesThe Impact of In-Mold Electronics on Resource Efficiency and Circular Economy Initiatives
Sustainability

The Impact of In-Mold Electronics on Resource Efficiency and Circular Economy Initiatives

28.8.2024

Join us on our mission.
Together we can transform how smart interfaces are designed, manufactured and experienced.

talk to our experts