내구성이 뛰어나고 안정적인 터치스크린 솔루션이 필요한 셀프 서비스 단말기, 연료 디스펜서 및 기타 응용 분야의 산업용으로 설계된 IP67 방수 광범위 온도 정전식 터치스크린 모니터를 소개합니다. PCAP 터치 패널은 극한의 온도 조건에서도 반응성이 뛰어나고 정확한 터치 제어를 보장하며, IP67 방수 및 파손 방지 디자인은 물 손상, 먼지 및 변조로부터 보호합니다. 실외 환경에 설치하든 사람이 많이 다니는 지역에 설치하든 이 모니터는 가장 열악한 조건을 견딜 수 있도록 제작되어 산업 및 상업 환경에 이상적입니다. 견고한 구조와 고급 터치 기술을 갖춘 당사의 폭넓은 온도 터치스크린 모니터는 다양한 응용 분야에서 사용자 경험과 성능 신뢰성을 향상시키는 완벽한 솔루션입니다.
IP67 방수형 넓은 온도 용량성 터치스크린 모니터
This IP67 waterproof wide-temperature capacitive touchscreen monitor is designed for equipment manufacturers that need reliable touch interaction in outdoor, wet, dusty, or temperature-changing environments.
Compared with standard indoor touch monitors, an IP67 waterproof monitor requires more attention to sealing structure, front and rear protection, waterproof connectors, cable outlet design, enclosure integration, thermal performance, and touch stability under wet-hand or glove-use conditions.
Ever Glory supports project-based customization for self-service terminals, fuel dispensers, outdoor kiosks, industrial control panels, and other harsh-environment equipment that require durable touchscreen monitor integration.
This IP67 waterproof wide-temperature touchscreen monitor can be used in:
Self-service terminals
Fuel dispensers
Outdoor kiosks
Payment terminals
EV charging stations
Industrial HMI control panels
Public service terminals
Outdoor equipment control systems
Marine or humid-environment equipment
High-traffic commercial terminals
Semi-outdoor or exposed installation environments
For these applications, buyers usually care about more than display size. Key concerns include waterproof structure, connector sealing, touch stability, temperature reliability, mounting method, interface compatibility, and long-term field performance.
Product Type: IP67 waterproof capacitive touchscreen monitor
Touch Technology: PCAP capacitive touch
Protection Design: IP67 waterproof structure
Application Environment: Outdoor, semi-outdoor, wet, dusty, industrial, and public-use environments
Touch Function: Responsive capacitive touch control
Structure: Rugged and vandal-resistant design based on current product positioning
Temperature Design: Wide-temperature project support; exact operating range should be confirmed based on LCD, touch panel, controller, power board, housing, and bonding configuration
Connector Design: Waterproof connector options can be evaluated based on interface and installation requirements
Interface Options: To be confirmed based on mainboard, operating system, display input, touch communication, and project design
Mounting Options: To be confirmed based on cabinet, panel, enclosure, and sealing requirements
Customization: Waterproof structure, connector, cable outlet, touch controller, cover glass, interface, mounting, and testing support
IP67 protection requires the product structure to reduce the risk of dust and water entering the display system under defined test conditions. For touchscreen monitor projects, IP67 performance is not only determined by the screen itself. It also depends on the full structure, including:
Front sealing design
Rear housing protection
Cover glass bonding
Frame and gasket structure
Cable outlet sealing
Waterproof connector selection
Mounting compression
Equipment enclosure design
For final equipment integration, Ever Glory recommends evaluating the touchscreen monitor and customer enclosure together to reduce leakage risk after assembly.
For IP67 touchscreen monitor projects, connector and cable design is critical. Standard exposed connectors may become a weak point in outdoor or wet environments.
Ever Glory can evaluate waterproof connector options based on your required interfaces, installation space, cable direction, and equipment structure. Final connector type should be confirmed according to your project requirements, such as touch signal, display signal, power input, and enclosure layout.
Customers are encouraged to provide interface requirements and mechanical drawings during RFQ so that connector position, cable length, sealing method, and installation direction can be evaluated early.
Outdoor terminals, fuel dispensers, and industrial equipment may be operated with wet fingers, gloves, or contaminated hands. For these conditions, PCAP touch performance should be evaluated together with the controller, cover glass thickness, bonding method, grounding design, EMI environment, and firmware tuning.
Ever Glory can evaluate wet-hand touch, glove operation, waterproof touch stability, and sensitivity tuning according to the final application environment. These functions should be confirmed during sample testing before mass production.
Interface configuration should be confirmed based on the final monitor design and customer system.
Common project requirements may include:
Touch communication interface
Display signal interface
Power input interface
Waterproof connector requirement
Cable direction and cable length
Operating system compatibility
Mainboard connection method
Because IP67 projects often require sealed connectors and customized cable routing, final interface details should be confirmed during engineering evaluation.
This IP67 waterproof touchscreen monitor can be evaluated for different installation methods depending on the equipment structure:
Panel mounting
Embedded installation
Rear mounting
Custom bracket design
Cabinet integration
Sealed enclosure installation
Outdoor terminal integration
For IP67 applications, mounting design must consider gasket compression, screw position, sealing surface flatness, cable outlet direction, and maintenance access. Customers should provide mechanical drawings or enclosure dimensions during RFQ.
For IP67 and wide-temperature projects, Ever Glory recommends confirming the testing plan before mass production.
Typical evaluation items may include:
Appearance inspection
Touch function test
Display function test
Waterproof structure review
Connector sealing inspection
Wet-hand touch test
Glove touch test if required
High and low temperature evaluation
Humidity or condensation risk review
Aging test
Vibration or impact evaluation if required
Final assembly inspection
The final test items and acceptance criteria should be confirmed according to the application environment, customer standards, and project requirements.
