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measurement equipment touch screen

Touchscreens for Machine Vision

Touch screens are increasingly utilized in the machine vision industry to enhance human-machine interaction, streamline operations, and improve productivity. Uico offers a wide range of sizes from 1 to 86" for use in extreme temps and challenging conditions, such as use with gloves and in wet environments. 


Machine Arm Assembling Car

Using a Touch Screen with Gloves

UICO rugged PCAP touchscreens, designed with careful consideration for the demands of machine vision equipment, prove ideal not only due to their specific design, exceptional durability, high impact resistance, extended temperature range, superior optical clarity, advanced multi-touch capabilities, chemical resistance, and proprietary touch technology, but also because they accommodate using a touch screen with gloves. Their responsive and reliable operation even in harsh industrial environments, combined with the ability to work seamlessly with latex gloves, makes them perfect for the meticulous demands of testing and measurement tasks. This feature ensures that users can maintain precision and usability, even while adhering to necessary hygiene and safety protocols, which is especially important in today's world.

UICO Touch Technology Excels In Challenging Environments

Here are some of the problems we solve with touch screens for test equipment:


Glove Usage: UICO's technology allows users to operate touchscreens even while wearing latex gloves, making it convenient for users in sterile environments. 


Rugged Long-Life Durability: UICO's touchscreen solutions are designed for long-term use, providing the ruggedness required for heavy-duty applications like EV charging stations.


Waterproof and Chemical Resistance: Test and measurement equipment might encounter spills or exposure to various chemicals during usage. UICO's touchscreens are designed to withstand moisture and liquids. 


High Sensitivity: UICO touchscreens offer high sensitivity, making them responsive to the lightest touch. This is crucial when you need to make fine adjustments or work with intricate data, ensuring accuracy and reducing user frustration.


Robust Build Quality: UICO's robust build quality ensures resistance to impact and scratches. This durability is critical for equipment that may be used in fieldwork, manufacturing, or laboratory settings where conditions can be demanding.

PCAP Touchscreen Solutions Uico Offers:

Sizes Ranging from 1" to 86": Our standard solution sizes are versatile and suitable for various applications within your charging station.

Range of Products: Options include cover lens with a touch sensor. The cover lens touch sensor bonded to the LCD offers an integrated solution optimizing touch and display quality. For a fully built option, UICO provides full panel mount monitors with all components ready for installation.

Bonding and Coating Options: UICO offers bonding capabilities and a full range of coating options. Coating options include anti-glare, anti-reflective, anti-microbial, and more. 

Application Examples for Capacitive Touch Screens in Machine Vision

HMI (Human Machine Interface):

Touch screens serve as the primary interface between operators and machine vision systems. They allow operators to interact with the system, input commands, adjust parameters, and monitor real-time data.

Control Panels:

Touch screens are integrated into control panels of machine vision systems, providing operators with intuitive controls to manage the operation of cameras, lighting, conveyor belts, robotic arms, and other components.

Parameter Adjustment:

Operators can use touch screens to adjust various parameters of machine vision algorithms, such as image acquisition settings, image processing filters, threshold values, region-of-interest selection, and measurement parameters.

Data Visualization:

Touch screens display real-time visualizations of inspection results, including images, graphics, charts, histograms, and statistical data. Operators can analyze this information to assess the performance of the machine vision system and identify potential issues.

Recipe Management:

Touch screens enable operators to manage inspection recipes or configurations stored in the machine vision system. They can select pre-defined recipes, modify parameters, create new recipes, and save or load recipe files as needed.

Alarm and Notification Management:

Touch screens provide operators with visual and audible alarms to alert them to anomalies, defects, or system errors detected by the machine vision system. Operators can acknowledge alarms, view alarm details, and take appropriate action to resolve issues.

Remote Monitoring and Control:

Some touch screens support remote access capabilities, allowing operators to monitor and control machine vision systems from remote locations via network connectivity. This enables remote troubleshooting, software updates, and performance monitoring.  Overall, touch screens play a vital role in facilitating efficient and user-friendly operation of machine vision systems, contributing to improved quality control, productivity, and competitiveness in various industries.

Touch screens can significantly enhance efficiency in the machine vision industry in several ways:

Intuitive Interface: Touch screens provide an intuitive interface for operators to interact with machine vision systems. This ease of use reduces the need for extensive training and allows operators to quickly navigate through menus, adjust parameters, and perform tasks.


Real-Time Monitoring: Touch screens display real-time data, allowing operators to monitor the performance of machine vision systems continuously. This instant feedback enables quick identification of issues, such as defects or anomalies, and facilitates timely adjustments to improve production processes.


Quick Parameter Adjustment: With touch screens, operators can easily adjust parameters and configurations of machine vision algorithms on-the-fly. This flexibility enables rapid optimization of inspection settings to adapt to changing production requirements or environmental conditions.

Remote Access: Some touch screen interfaces support remote access capabilities, allowing operators to monitor and control machine vision systems from anywhere with an internet connection. This feature enables remote troubleshooting, software updates, and performance monitoring, reducing downtime and increasing uptime.


Centralized Control: Touch screens serve as a centralized control hub for machine vision systems, consolidating various functions and controls into one interface. This centralized control simplifies operation, reduces clutter, and minimizes the risk of errors caused by switching between multiple devices or interfaces.

Customizable Workflows: Touch screen interfaces can be customized to match specific workflows and user preferences. Operators can configure dashboards, create shortcuts, and personalize layouts to streamline their workflows and access frequently used functions more efficiently.

Integration with Industry 4.0 Technologies: Touch screens can integrate with other Industry 4.0 technologies, such as IoT (Internet of Things) devices, cloud computing, and data analytics platforms. This integration enables seamless data exchange, automated decision-making, and predictive maintenance, further improving efficiency and productivity in the machine vision industry.

Overall, touch screens play a crucial role in enhancing efficiency, productivity, and competitiveness in the machine vision industry by providing operators with intuitive interfaces, real-time monitoring capabilities, and flexible control options.

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