Vandal Proof Touchscreen – IK10 Impact Protection Achieved by faytech

By | February 24, 2022
Vandal proof touchscreen

We are excited to announce that our 55″ and 75″ OpticalBonding Kits passed the IK10 (impact protection) rating according to standard EN/IEC 62262!

IK10 is the second-highest official rating available and allows our screen to withstand up to 20 joules of impact energy. This officially rates our large format touchscreen monitors as vandal- and impact-resistant. The impact tests were conducted and verified by an external testing center for a project in South Korea.  Do not hesitate to contact us for more information! Send an email to [email protected]

About faytech’s Core Competencies

TOUCH SOLUTIONS & TECHNOLOGY SPECIALIST

Specialized in Capacitive and Resistive Touch technology.

R&D teams in Germany and China further develop the touch technology to enhance the user-experience.

OPTICAL BONDING EXPERT

In-house optical bonding with class 100, 1,000 and 10,000 cleanrooms.

Production of own Optical Bonding formula (CLEAR-BOND) with the best properties available to date for this process.

See dedicated CLEAR-BOND webpage for more information

SPECIALIST IN CUSTOM-MADE PROJECTS

faytech is well-known for the flexibility in producing custom made projects and managing your project from start to finish in close contact with you!

Being in control of the complete value chain, any customization is possible with reasonable pricing.

All customization options are possible, such as: integrated camera – customized buttons – customized connectors – different mountings – antimicrobial coating – Bluetooth, 3G, 4G & Wi-Fi – Picking your own faytech mainboard – RFID-, fingerprint- or laser scanner – Additional peripheral options

RELIABLE QUALITY & REASONABLE PRICING

With 2 production plants in China, faytech is able to manufacture and source the highest quality material for reasonable pricing.

This includes cell design, assembly, backlight design, cover glass production, touch sensor lamination, mainboard design and optical bonding.