When people talk about touch screens, they usually think of mobile phones, tablets, etc. However, there are many types of touch screens used in various equipment! Touch technology can be divided into resistive, capacitive, surface acoustic waves, optics, and electromagnetic types. The convenience of touch panels is that you don't need to learn various input methods or move the mouse with it. You just need to flick your finger to execute the options you want. Touch panels are usually used in the following fields:
1. Industrial control area: Customized touch screens can be used in the man-machine interface of industrial equipment, such as control panels on the production line, machine control systems, etc., providing intuitive operation and monitoring functions.
2. Medical equipment: Customized touch screens can be used in medical instruments, diagnostic equipment, and patient monitoring systems, providing an intuitive operating interface and information display.
3. Retail & Catering: In the POS terminals, ordering systems, and vending machines, customized touch screens provide convenient customer interaction and transaction functions.
4. Transportation industry: In the navigation systems, control panels, and information entertainment systems of automobiles, airplanes, and ships, customized touch screens can enable intuitive operation and navigation.
5. Smart home: In smart home control panels, home appliances, and home automation systems, customized touch screens provide a convenient user interface and control functions.
The following aspects are just some common application of customized touch screens, and the actual applications go far beyond this range. With the continuous development and innovation of technology, the application areas of customized touch screens will continue to expand and diversify.
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View MoreThe application of custom touch panels and touch screens in medical devices has the following special requirements:
Anti-bacteria and easy cleaning:
The medical environment requires high standards of hygiene conditions, so the touch panels and screens must be easy to clean and disinfect, and be resistant to common disinfectants and cleaning agents.
High precision and sensitivity:
The operation of medical equipment requires high-precision and sensitive touch response to ensure that medical staff can quickly and accurately input and obtain information.
Waterproof and dustproof:
Medical equipment may be used in operating rooms or other strict hygiene environments, so the touch screen needs to have a high level of waterproof and dustproof capabilities, usually reaching IP65 or higher standards.
Anti-interference performance:
The touch screen must have strong anti-electromagnetic interference performance to ensure stable operation under the interference of other electronic devices around the medical device.
Durability and reliability:
Medical equipment requires long-term and high-frequency use, so the touch panel needs to have extremely high durability and reliability to withstand frequent operation and wear.
High resolution and visibility: Medical touch screens require high resolution and good visibility to ensure clear display under various lighting conditions, especially in environments such as operating rooms that require precise operation.
Glove operation: Medical personnel usually wear gloves to operate equipment, so the touch panel needs to support glove touch to ensure sensitive response even when wearing gloves.
Antibacterial materials: Use antibacterial materials to manufacture touch panels to reduce bacterial growth and ensure the hygiene and safety of the equipment.
User interface design: The interface design needs to be simple and intuitive, easy to operate, reduce the possibility of misoperation, and improve work efficiency.
Data security: Medical equipment involves sensitive patient information, and the touch screen needs to ensure the security of data transmission and storage to prevent information leakage.
No flicker and low blue light: In order to protect the eyesight of medical staff, the touch screen needs to have no flicker and low blue light characteristics to reduce damage to the eyes due to long-term use.
These special requirements ensure that the application of customized touch panels and touch screens in medical equipment can not only meet the accuracy and efficiency of medical operations, but also ensure the safety and health of medical staff and patients.
What are the advantages of custom touch panels and touch screens in industrial automation?
Custom touch panels and touch screens have many advantages in industrial automation, which help improve production efficiency, operational safety, and overall system reliability. Here are some of the main advantages:
Easy and intuitive operation:
Touch panels provide an intuitive user interface, allowing workers to control complex industrial equipment through simple touch operations without cumbersome buttons and knobs.
Improve production efficiency:
Through customized interface design, touch panels can optimize workflows and operating steps, reduce workers' learning curves and operating time, and thus improve overall production efficiency.
Real-time monitoring and data acquisition:
Touch screens can display production data, equipment status, and alarm information in real time, helping operators quickly understand problems in the production process and make timely adjustments.
Durability and reliability:
Industrial environments usually have harsh conditions such as high temperature, high humidity, and dust. Customized touch panels can be designed to be resistant to high temperatures, waterproof, dust, and shockproof to ensure that the equipment can still operate stably in harsh environments.
Flexibility and scalability: Customized touch screens can be designed according to specific industrial application requirements, adding or reducing functional modules, with high flexibility and scalability to adapt to different production lines and process requirements.
Improve safety: Touch panels can integrate a variety of safety functions, such as emergency stop buttons, authority management, operation log recording, etc., to enhance the safety and traceability of production operations.
Multi-touch and glove operation: Modern industrial touch screens usually support multi-touch functions, allowing multiple operations at the same time. Some touch screens also support glove operation, which is convenient for workers to operate while wearing gloves.
Save space: Touch panels are usually more compact than traditional mechanical control panels, which can save space in control cabinets and equipment, and is conducive to the integration and layout optimization of industrial equipment.
Remote control and diagnosis: Customized touch panels can be integrated with network and remote control systems, support remote monitoring and diagnosis, and reduce the time and cost of equipment maintenance and troubleshooting.
Personalized customization: According to the needs of different industrial automation systems, touch panels can be customized with various functions and interfaces to adapt to specific application scenarios and operating habits, and improve user experience and operating efficiency.