Multi-Installation Methods for TouchThink IPC Products

TouchThink industrial monitors and panel PCs(PPCs) offer diverse installation methods tailored to various needs. Wall-mounted installation utilizes VESA brackets to save space and ensure easy access; panel-mounted installation embeds the device into control panels for a dustproof, watertight fit in harsh environments. Desktop placement allows for quick setup and mobility, while VESA arm mount installation provides adjustable ergonomic positioning. Rack-mounted solutions are ideal for centralized management in server rooms, using 19-inch rack brackets, and DIN rail mounting offers a compact, vibration-resistant option for automation systems.
  • touchthink 임베디드 산업용 모니터 시리즈
    Recessed Series
    캐비닛 내장형 애플리케이션용으로 설계됨, 진정한 플랫 임베디드 및 캐비닛과 완벽하게 통합됨.
  • touchthink 임베디드 B 시리즈 모니터
    임베디드 시리즈
    10.1″/12″/15.6″ 선택 과목, 300CD/분2,10-point capacitive touch screen.Aluminum alloy housing
  • Z 시리즈 모델 A 내장형 산업용 모니터
    Flush Mount Series
    Flush with the device’s shell, 10-point capacitive touch screen, IP65 평면 전면 패널+전체 알루미늄 다이캐스팅 쉘.
  • Z 시리즈 모델 A 내장형 산업용 모니터
    Wall-embedded Series
    The device can be wall mounted and wall embedded, 10-point capacitive touch screen, IP65 평면 전면 패널+전체 알루미늄 다이캐스팅 쉘.
  • Z 시리즈 모델 A 벽걸이형 산업용 모니터
    New Wall-mounted Series
    Its shell adopts a closed all-aluminum alloy structure. TFT/IPS/LCD 스크린 및 10포인트 정전식/저항성/비터치 스크린 옵션, 사전 구축된 인터페이스 VGA/HDMI/DP 입력 및 RJ45 오디오 I/O
  • touchthink 데스크탑 산업용 모니터 시리즈
    Desktop Series
    10mm thickness front panel, designed for high-tech applications, aesthetic technology smart touch.
  • touchthink 데스크탑 산업용 모니터 시리즈
    More Installation Methods
    We offer a versatile range of installation options for industrial displays and all-in-one panels, including wall-mount, flush-mount, arm-mount and desktop configurations. Tailored to the diverse needs of factory floors, control rooms and harsh industrial environments, our flexible mounting solutions ensure seamless integration into your existing workflows, maximizing operational efficiency and space utilization.