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Customised EMC solution for your HMI system

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Multi-​touch con­trol panels

Sharp Looks. Smart Safety. 

EMC shield­ing reli­ably pro­tects elec­tronic devices from elec­tro­mag­netic inter­fer­ence. It pre­vents both the ingress and escape of unwanted radi­a­tion. We dis­tin­guish between trans­par­ent and non-​transparent solu­tions. Non-​transparent shield­ing is usu­ally made of metal and is used in enclo­sures or cables. It offers a high level of pro­tec­tion but is not light-​transmissive. Transparent vari­ants pro­vide pro­tec­tion while main­tain­ing vis­i­bil­ity, mak­ing them ideal for dis­plays or con­trol pan­els. Materials such as ITO on glass or foil pro­vide con­duc­tive, trans­par­ent shield­ing. Despite their trans­parency, they offer reli­able EMC per­for­mance. Hybrid sys­tems com­bine both approaches and enable flex­i­ble appli­ca­tions. Whether vis­i­ble or invis­i­ble, EMC pro­tec­tion is indis­pens­able today for the safe func­tion­ing of mod­ern electronics. 

If you are curi­ous and would like to learn more about EMC shield­ing solu­tions, you will cer­tainly find what you are look­ing for in our white paper. 

EMV White Paper

Transparent EMC solutions for the highest demands

Our trans­par­ent EMC solu­tions pro­tect your elec­tron­ics – vis­i­bly strong, invis­i­bly effec­tive. Whether for med­ical tech­nol­ogy, mil­i­tary or indus­trial appli­ca­tions, our solu­tions are cus­tomis­able and meet the high­est stan­dards of safety and effi­ciency. We develop tailor-​made con­cepts for dis­play shield­ing that guar­an­tee not only interference-​free per­for­mance but also long-​term reli­a­bil­ity. Our range of ser­vices extends from trans­par­ent EMC films and con­duc­tive coat­ings to inno­v­a­tive shield­ing glasses. 

Glass with conductive coating
Glass with conductive layer optically bonded
Carbon nanotube film on plastic or glass
Metal mesh film on plastic
Carbon nanotubes printed
Metal mesh in plastic

More EMC solutions when transparency is not required!

Our tailor-​made EMC solu­tions offer reli­able pro­tec­tion for HMIs and are par­tic­u­larly suit­able for demand­ing appli­ca­tions in med­ical tech­nol­ogy, the mil­i­tary sec­tor and sophis­ti­cated elec­tron­ics. We rely on state-​of-​the-​art tech­nolo­gies and pre­cise imple­men­ta­tion to effec­tively min­imise elec­tro­mag­netic inter­fer­ence and ensure the trouble-​free func­tion­ing of your sys­tems. Whether con­duc­tive foils, spe­cially devel­oped hous­ings or inte­grated sup­port struc­tures – we select the opti­mal mate­ri­als and man­u­fac­tur­ing meth­ods to develop a solu­tion per­fectly tai­lored to your project. In doing so, we place par­tic­u­lar empha­sis on achiev­ing the ideal bal­ance between shield­ing effect, func­tion­al­ity and design. 

Aluminium carrier plate, surface treated
Copper foil as a temporary storage medium
Conductive coated plastic housing
Silver mesh printed on foil
CU foil as an intermediate layer
Cu foil as an intermediate layer

Trust in our many years of expe­ri­ence and exper­tise to achieve opti­mum EMC shield­ing for your appli­ca­tion. You are also wel­come to con­tact us directly at any time! 

Project request
Technical ques­tion

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