3M MicroTouch Flex Capacitive Touch Screen Technology
Older Touch Technologies
Flex Capacitive
Other 3M Touch Screens
PALAS Software Pvt Ltd.
S-74 Okhla Industrial Area,
Phase 2,
New Delhi 110020, INDIA
Tel: +91-11-41708030
Fax: +91-11-41708037
Email: sales@palas-india.com
Web: www.palas-india.com
Regd Off: B – 39 Kailash Colony
New Delhi 110048
Bangalore : 93436-86824
Chennai : 93600-86824
Hyderabad : 93936-86824
Kolkata : 93309-86824
Mumbai : 93241-86824
Mumbai : 98205-03354
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MicroTouch Flex Capacitive Touch Sensors, a polyester-based projected
capacitive touch screen solution ideal for high-volume mobile display
products, such as cell phones, PDAs, MP3 players, and personal navigation
systems.
High-Volume, Roll-Form Production
MicroTouch Flex Capacitive Touch Sensor are uniquely
manufactured in a roll-to-roll process by applying a variety of
patent-pending Indium Tin Oxide (ITO) patterns on lightweight,
cost-effective polyester film (PET). The result is an incredibly thin,
optically clear projected capacitive touch sensor available to device
manufacturers in rolls containing up to 72,000 sensors, depending on size.
The roll configuration provides manufacturers with optimal scalability for
fluctuating product volumes and production flexibility for changes in
product design, component stack-ups and compact integration requirements.
Highly Customizable
Easily customized into a variety of shapes and sizes, MicroTouch Flex
Capacitive Touch Sensors can also be designed for touch applications ranging
from simple button operation to full X,Y touch screen capabilities. Various
material thicknesses are available to meet compact design requirements,
currently ranging from 2mil to 5mil in thickness. These ultra-thin touch
sensors can be optically laminated to glass or polycarbonate lens for
optimal surface durability with touch sensitivity “projected” through the
lens. Or, by using hard-coated polyester these sensors can work directly as
lightweight touch screens for devices requiring a more economical and
thinner touch profile.