High-reliability industrial display panels and rugged touchscreens engineered for strict electromagnetic compatibility (EMC) compliance. Outfitted with high-transmission micro-mesh conductive glass, sputtered ITO shielding layers, and perimeter grounding gaskets to suppress radiated/conducted emissions and resist external electromagnetic fields. Fully certified to meet EN 55032 Class A/B, EN 60601-1-2 (medical), and EN 50121-4 (railway) standards, ensuring safe, interference-free operation in electronically noisy environments. Ideal for clinical operating rooms, heavy machinery automation, transit cabs, and telecom control systems.
Ultra-fine conductive copper mesh laminated within the display stack to block high-frequency electromagnetic emissions.
Perimeter silver-filled elastomer or copper-fabric gaskets connecting the shield glass directly to the chassis ground.
Front glass insulation and conductive paths dissipating electrostatic discharges up to 15kV, preventing controller lockups.
Sputtered Indium Tin Oxide transparent thin-film providing electrical surface conductivity and RFI suppression.
Index-matched LOCA lamination eliminating the internal air gap for improved contrast and impact ruggedness.
IP65/IP66 front panel protection sealing against dust, liquids, and moisture in harsh control rooms.
Industrial and medical environments are crowded with high-frequency electronic equipment. Standard monitors can leak significant electromagnetic energy, causing critical data corruption on nearby sensors, or they may fail under ESD transients. Our EMI/EMC compliant displays solve this by integrating a high-transmission Faraday cage directly across the display screen. Conductive mesh and sputtered ITO coatings block emissions, while continuous silver-silicone perimeter gaskets ground the shield glass to the monitor's metal enclosure. Tested to meet rigorous EN 55032, EN 60601-1-2, and FCC Part 15 standards, these screens ensure trouble-free coexistence with sensitive equipment.
High-reliability digital signaling interface board for noise-free rendering.
Standard video inputs with filtered port connectors to prevent noise leakage.
PCAP touchscreen controller with onboard noise filters for wet/gloved hands.
9V to 36V DC power board with transient voltage suppression (TVS) diodes.
Customize the shielding mesh density, cover glass coatings, filters, and boundaries to match your exact application criteria.