The GreenTouch GT-TM-3D series of embedded industrial touchscreen displays covers a full range of sizes from 10.1“ to 23.8”. Featuring an embedded design, these displays can be seamlessly integrated into various industrial equipment and terminal cabinets. Featuring an industrial sheet metal rear housing, an IP65-rated front panel for water and dust resistance, and IK08-rated impact resistance, these displays support 10-point capacitive touch and operate within a standard temperature range of -10°C to 60°C (with customizable extended temperature options). They are designed for 24/7 uninterrupted, stable operation and are suitable for the demanding industrial environments across multiple industries. Leveraging superior hardware specifications and flexible adaptability, we provide tailored solutions to address industry-specific challenges. Below is a detailed breakdown of core application scenarios and corresponding solutions, each accompanied by real-world installation images to visually demonstrate the product’s integration capabilities.
Scenario 1: Industrial Automation Control Terminals (Primarily 15.6”–23.8”)
Application Scenarios: Factory production lines, automated assembly lines, PLC control cabinets, and control nodes in precision manufacturing workshops. Particularly suitable for industrial environments with limited space, dense equipment, high dust levels, and mechanical vibrations. It serves as the core of human-machine interaction, enabling precise control of production processes, and meets the stringent requirements of precision manufacturing sectors such as chip manufacturing and automotive parts processing.
Key Challenges: Traditional control terminals are typically exposed, making them prone to failure due to collisions and dust erosion in industrial settings; the user interface responds slowly, and touch accuracy is compromised when wearing industrial gloves; operational data from multiple devices cannot be displayed simultaneously, and command delays impact production efficiency; the complex operating environment often leads to electromagnetic interference, causing touch failures or system crashes.
Customized Solution: Features an embedded design that seamlessly integrates with the control cabinet, eliminating exposed components vulnerable to impact and dust damage. IP65-rated dust and water resistance withstands workshop dust and oil splashes, while IK08 impact resistance further enhances equipment durability; Equipped with anti-interference optimized circuits and high-stability capacitive touch technology, it effectively resists power and radio frequency interference in industrial environments. It complies with national Class A anti-interference standards, ensuring precise and smooth touch operations—even when wearing industrial gloves. Supports multi-interface presets for seamless integration with PLCs, SCADA systems, and other industrial control modules, enabling synchronized display of operational parameters and alarm information across multiple devices with zero command delay, thereby facilitating automated production process control; The 21.5-inch and 23.8-inch models can display multiple sets of data simultaneously, while the 15.6-inch model is designed for small control cabinets. Certified to withstand heavy-duty vibration testing, it resists vibrations generated by machinery in the workshop. Combined with 24/7 continuous operation capability, it provides reliable, round-the-clock human-machine interaction support for industrial automation production. Wide-temperature versions can be customized to accommodate extreme workshop temperature environments.
Scenario 2: Smart Warehouse Logistics Terminals (Primarily 10.1“–15.6”)
Suitable Scenarios: Automated high-rack warehouses, logistics sorting lines, inbound/outbound verification stations, warehouse management dashboards, and similar environments. These terminals can be embedded into warehouse equipment cabinets or sorting machine control panels to enable real-time inventory display, picking navigation, and inbound/outbound verification functions. They are suitable for various warehousing scenarios, including e-commerce warehouses, cold-chain warehouses, and industrial raw material warehouses.
Key Challenges: Warehouse environments are dusty with frequent forklift traffic, making equipment prone to collisions and dust contamination; manual document verification during picking is cumbersome, error-prone, and inefficient; unsynchronized inbound/outbound verification data leads to misdeliveries and omissions; dispersed warehouse equipment makes centralized data management difficult, creating “data silos”; and in some cold-chain warehouses, extremely low temperatures prevent standard equipment from operating reliably.
Customized Solution: The embedded design integrates seamlessly with warehouse equipment, occupying no operational space and preventing damage from forklift collisions. IP65-rated dust and water resistance effectively shields the device from warehouse dust and minor moisture, ensuring long-term stable operation; Models ranging from 10.1“ to 15.6” in size are compact, making them suitable for tight warehouse spaces. They can be embedded into picking workstations and inventory verification stations, clearly displaying order details, bin navigation, and product information. They support touch confirmation operations and, when paired with a data synchronization module, can seamlessly integrate with WMS warehouse management systems and and ERP systems, enabling real-time synchronization of picking and inventory data. This boosts picking accuracy to over 99.9% and significantly improves operational efficiency; Customized wide-temperature versions (down to -40°C) are available to accommodate low-temperature cold chain warehouse environments, with 24/7 uninterrupted operation to meet round-the-clock warehouse demands; Larger models can serve as warehouse management dashboards, dynamically displaying key metrics such as total inventory, storage space utilization, and order fulfillment rates in graphical format. This empowers managers to achieve comprehensive oversight and bridge the “last mile” of warehouse data flow.
Scenario 3: Embedded Terminals in Medical Devices (Primarily 10.1“–23.8”)
Suitable Applications: Portable ultrasound diagnostic devices, rehabilitation and physical therapy equipment, medical monitors, laboratory testing equipment, and other medical scenarios. These terminals can be embedded into the main body of medical devices to serve as a human-machine interface for parameter settings, data display, and operational control. They are suitable for environments with high cleanliness requirements, such as hospital outpatient clinics, rehabilitation facilities, and laboratories.
Key Challenges: Medical environments demand high levels of cleanliness, requiring frequent disinfection of device surfaces, which can easily cause touchscreen malfunctions; medical data must be displayed clearly, accurately, and without delay to prevent diagnostic errors caused by data inaccuracies; devices must operate stably and reliably over the long term to ensure smooth medical workflows; some portable medical devices have high power consumption requirements, necessitating a balance between low power consumption and high stability.
Customized Solution: The front panel is made of corrosion-resistant, easy-to-clean materials that withstand repeated wiping with medical disinfectants such as alcohol and povidone-iodine without affecting touch sensitivity; the high-resolution display offers excellent color reproduction, clearly presenting medical data and imaging information. Combined with 10-point capacitive touch, it ensures precise and smooth operation, supporting fine-tuning of parameters to meet the precision demands of medical procedures; The industrial-grade sheet metal rear housing features a robust structure that effectively shields against electromagnetic interference, preventing disruption to the operation of the medical device’s core components and ensuring accurate, lag-free data display; models ranging from 10.1“ to 23.8” in size are compact and suitable for portable medical devices; the low-power design extends battery life while supporting 24/7 continuous operation, meeting the long-term operational demands of medical equipment; IP65-rated water and dust resistance protects against damage from medical fluid splashes and meets the cleanliness requirements of medical environments; select models can be customized with DICOM-compliant display parameters to meet medical imaging display needs.
Scenario 4: New Energy Equipment Monitoring Terminals (Primarily 15.6“–23.8”)
Suitable Scenarios: Photovoltaic inverters, wind power control cabinets, energy storage monitoring consoles, charging station control terminals, and other new energy applications. These terminals can be embedded within equipment cabinets to monitor real-time operational status, energy consumption data, and fault information, making them suitable for harsh environments such as outdoor photovoltaic power plants, offshore wind farms, and energy storage facilities.
Key Challenges: New energy equipment is often deployed in outdoor or semi-outdoor environments, facing extreme conditions such as high and low temperatures, high humidity, high salt fog, and intense sunlight. Standard equipment is prone to aging and failure; operational parameters are complex, requiring the simultaneous display of multiple data sets with clear visuals and user-friendly operation; strong electromagnetic interference in outdoor environments can cause touchscreen malfunctions and data loss; some scenarios require remote management, necessitating support for multi-interface integration.
Customized Solution: Supports a standard operating temperature range of -10°C to 60°C, with customizable wide-temperature versions available to adapt to extreme outdoor conditions; high protection ratings resist high humidity and salt fog corrosion, making it suitable for offshore wind farms, outdoor solar power stations, and similar environments; High-brightness display screens effectively resist strong outdoor glare, ensuring data remains clearly visible. Models in 21.5-inch and 23.8-inch sizes can simultaneously display multiple sets of information—including energy consumption data, equipment operating status, and fault alerts—enabling staff to quickly assess equipment conditions; Equipped with anti-static and anti-RF interference circuits that comply with national Class 1 anti-static standards, the devices withstand complex outdoor electromagnetic interference, ensuring stable data transmission and reliable touchscreen operation; Supports multiple interfaces including Ethernet and RS-232/485, enabling seamless integration with renewable energy monitoring systems to facilitate remote equipment management and fault alerts. Its 24/7 uninterrupted operation ensures comprehensive, round-the-clock monitoring of renewable energy equipment, providing support for the stable output of clean energy.
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