GreenTouch 3D Series Embedded Industrial Touch Display Application Scenarios and Solutions

The GreenTouch GT-TM-3D series of embedded industrial touch displays covers a full size range from 10.1" to 23.8". Its embedded design allows for seamless integration into various industrial equipment and terminal cabinets. Featuring an industrial sheet metal back cover, an IP65-rated waterproof and dustproof front panel, and IK08-rated impact resistance, it supports 10-point capacitive touch, a standard operating temperature of -10°C to 60°C (customizable wide temperature range available)

Scenario 1: Industrial Automation Control Terminal (Primarily 15.6"-23.8")

Suitable Scenarios: Factory production lines, automated assembly lines, PLC control cabinets, precision manufacturing workshop control nodes, etc. Especially suitable for industrial environments with compact spaces, dense equipment, high dust levels, and mechanical vibration. It can serve as the core of human-machine interaction, enabling precise control of the production process and meeting the stringent requirements of precision manufacturing fields such as chip manufacturing and automotive parts processing.

Key Pain Points: Traditional control terminals are mostly exposed, making them susceptible to damage from industrial impacts and dust corrosion; the user interface is slow to respond, and touch control is inaccurate when wearing industrial gloves; multiple devices cannot display operating data synchronously, and command issuance is delayed, affecting production efficiency; the complex operating environment of equipment makes electromagnetic interference prone to touch control malfunction or system crashes.

Dedicated Solution: Featuring an embedded design that seamlessly integrates with the control cabinet, preventing damage to exposed components from impacts and dust. IP65 waterproof and dustproof rating withstands dust and oil splashes in workshop environments, while IK08 impact resistance further enhances durability. Equipped with anti-interference optimized circuitry and high-stability capacitive touch technology, it effectively resists power supply and radio frequency interference in industrial environments, meeting national Class A anti-interference standards and ensuring precise and smooth touch operation, even with industrial gloves. Supports multiple preset interfaces, seamlessly connecting to various industrial control modules such as PLCs and SCADA systems, enabling simultaneous display of multiple device operating parameters and alarm information, with zero-delay command issuance, facilitating automated production process control. The 21.5"/23.8" models can simultaneously display multiple sets of data. According to reports, the 15.6" model is compatible with small control cabinets, has undergone heavy-duty vibration testing and certification to withstand vibrations generated by machine operation in the workshop, and features 24/7 uninterrupted operation capability, providing reliable human-machine interaction support for industrial automation production around the clock. A wide-temperature version can be customized to suit extreme workshop temperature environments.

Scenario Two: Intelligent Warehousing and Logistics Terminal (primarily 10.1"-15.6")

Suitable Scenarios: Automated warehouses, logistics sorting lines, inbound/outbound verification stations, warehouse management dashboards, etc. It can be embedded in warehouse equipment cabinets and sorting machine operating tables to achieve real-time inventory data display, picking navigation, inbound/outbound verification, and other functions. It is suitable for various warehousing scenarios such as e-commerce warehousing, cold chain warehousing, and industrial raw material warehousing.

Core Pain Points: Dusty warehousing environments with frequent forklift traffic make equipment susceptible to damage. Collisions and dust contamination; cumbersome document verification during picking, prone to errors and inefficient; asynchronous inbound and outbound verification data, easily leading to mis-sending and omissions; dispersed warehousing equipment, making centralized data management difficult, creating "data silos"; some cold chain warehouses have extremely low temperatures, making it impossible for ordinary equipment to operate stably.

Dedicated Solution: The embedded design perfectly fits the warehousing equipment, occupying no operating space and avoiding forklift collision damage. IP65 waterproof and dustproof rating effectively isolates warehousing dust and small amounts of water, ensuring long-term stable operation. The compact 10.1"-15.6" size model fits tight warehouse spaces and can be embedded in picking workstations and inbound/outbound verification stations, clearly displaying order details, location navigation, and product information. It supports touch confirmation and, with a data synchronization module, seamlessly integrates with Windows Mobile. The S warehouse management system and ERP system enable real-time synchronization of picking and inbound/outbound data, improving picking accuracy to over 99.9% and significantly enhancing operational efficiency. It supports customized wide-temperature versions (down to -40℃) to adapt to the low-temperature environment of cold chain warehousing, and can operate 24/7 to meet the needs of 24-hour warehouse operations. Large-size models can serve as warehouse management dashboards, dynamically displaying key indicators such as total inventory, warehouse space utilization, and order completion rate in chart form, helping managers achieve overall control and bridging the "last mile" of warehouse data flow.

Scenario 3: Embedded Terminal in Medical Devices (Primarily 10.1"-23.8")

Suitable for: Portable ultrasound diagnostic instruments, rehabilitation therapy equipment, medical monitors, laboratory testing equipment, and other medical scenarios. It can be embedded within the main body of medical devices. As a human-computer interface for parameter setting, data display, and operation control, it is suitable for environments with high cleanliness requirements, such as hospital outpatient clinics, rehabilitation institutions, and laboratories.

Key Pain Points: Medical environments demand high cleanliness of equipment, requiring frequent surface disinfection, which can easily lead to touch malfunctions; medical data display needs to be clear, accurate, and without delay to avoid data errors affecting diagnosis; equipment needs to operate stably and without faults for a long time to ensure smooth medical processes; some portable medical devices have high power consumption requirements, necessitating a balance between low power consumption and high stability.

Dedicated Solution: The front panel uses corrosion-resistant and easy-to-clean materials, capable of withstanding repeated wiping with medical disinfectants such as alcohol and iodine without affecting touch sensitivity; the high-resolution display screen has high color reproduction, clearly presenting medical data and image information, and is equipped with 10-point capacitive touch. The operation is precise and smooth, supporting fine-tuning of parameters to meet the precision requirements of medical operations; the industrial-grade sheet metal back shell is robust and effectively isolates electromagnetic interference, preventing it from affecting the operation of core components of medical equipment and ensuring accurate and lag-free data display; the compact 10.1"-23.8" size models are suitable for portable medical devices, and the low-power design extends the device's battery life, while supporting 24/7 uninterrupted operation to meet the long-term working needs of medical equipment; IP65 waterproof and dustproof rating prevents damage from medical liquid splashes, meeting the cleanliness requirements of medical scenarios; some models can be customized with DICOM standard display parameters to meet medical image display needs.

Scenario 4: New Energy Equipment Monitoring Terminal (mainly 15.6"-23.8")

Suitable Scenarios: Photovoltaic inverters, wind power generation control... For new energy scenarios such as equipment cabinets, energy storage equipment monitoring consoles, and charging pile control terminals, this solution can be embedded in the equipment cabinet to monitor equipment operating status, energy consumption data, and fault information in real time. It is suitable for harsh environments such as outdoor photovoltaic power stations, offshore wind farms, and energy storage power stations.

Key Pain Points: New energy equipment is mostly deployed outdoors or semi-outdoors, facing extreme conditions such as high and low temperatures, high humidity, high salt spray, and strong sunlight. Ordinary equipment is prone to aging and failure. Equipment operating parameters are complex, requiring the simultaneous display of multiple sets of data, demanding clear display and convenient operation. Strong electromagnetic interference in outdoor environments can easily lead to touch control malfunctions and data loss. Some scenarios require remote management, requiring equipment to support multiple interface linkages.

Dedicated Solution: Supports a standard operating temperature of -10°C to 60°C, with customizable wide-temperature versions available to adapt to outdoor high and low temperature environments, and offers high protection. The system is resistant to high humidity and salt spray corrosion, making it suitable for offshore wind farms, outdoor photovoltaic power stations, and other similar environments. Its high-brightness display screen effectively resists strong outdoor light, ensuring clear data visibility. The 21.5"/23.8" models can simultaneously display multiple sets of information, including energy consumption data, equipment operating status, and fault alarms, allowing staff to quickly grasp the equipment's condition. Equipped with anti-static and anti-radio frequency interference circuitry, it meets national Class A anti-static standards, resisting complex outdoor electromagnetic interference and ensuring stable data transmission and reliable touch operation. Supporting multiple interfaces such as Ethernet and RS-232/485, it can seamlessly connect to new energy monitoring systems, enabling remote equipment control and fault early warning. Its 24/7 uninterrupted operation capability ensures comprehensive monitoring of new energy equipment around the clock, supporting the stable output of clean energy.