VCC Capacitive Touch Displays

VCC Capacitive Touch Displays provide modern, contactless user interfaces by combining capacitive touch sensing with integrated visual indication. These solutions allow users to activate functions through a simple touch on a sealed surface, eliminating mechanical actuation while delivering clear visual feedback.  

Designed for reliability, long service life, and clean panel aesthetics, VCC capacitive touch display products are ideal for applications where durability, ease of cleaning, and contemporary interface design are priorities. With no moving parts, these solutions reduce wear while enabling intuitive and responsive user interaction.

 

Features

  • Integrated touch sensing and LED display technology
  • Enables the device interface to be more user-friendly and intuitive
  • Top mount and reverse mount design
  • 15.0mm x 15.0mm x 3.2mm standard size
  • Available in deep red, white, pure green, blue, and yellow colors
  • Uniform illumination and high optical clarity
  • Robust design with no mechanical moving parts
  • Simplifies device design and manufacturability
  • Capacitive touch display can be mounted behind a clear glass or plastic layer
  • Capacitive sensor still functions when:
    • Hands are wet
    • Hands are covered with touchscreen gloves
  • RoHS and REACH compliant

Applications

  • Mobile communication devices
  • Electronic devices
  • Point of Sale (POS) terminals
  • Industrial control displays
  • Touch screen monitors
  • Media players
  • Foodservice appliances
  • Appliances and consumer equipment

Capacitive Touch Display Capabilities

  •  Capacitive touch sensing detects user input through a solid surface, enabling activation with light finger contact and eliminating mechanical switch travel
  •  Integrated illumination and display provide illuminated icons, symbols, or display areas that provide immediate confirmation of activation or system state
  •  Non-mechanical interface design offers no moving components, which supports long operational life and frequent use in demanding environments

 

Publicado: 2018-02-10 | Actualizado: 2026-04-14