With the accelerated implementation of intelligent manufacturing, industrial automation, and digital factory systems, industrial machinery, automated production lines, electrical control cabinets, and commercial self-service terminals are undergoing a comprehensive transformation from traditional mechanical button operation to visual touch interaction. Modern industrial equipment is no longer limited to simple execution and control functions, but is gradually integrating diversified capabilities such as real-time monitoring of operating status, dynamic presentation of process parameters, proactive fault alarm push notifications, and production data acquisition and visualization output. Under this technological evolution trend, industrial human-machine interface (HMI) terminals with high reliability, strong environmental adaptability, and high integration and matching capabilities have become core hardware elements driving the intelligent upgrading of industrial equipment.
To address these needs, the company has launched the 3D series embedded industrial touch all-in-one machine, targeting typical application scenarios such as industrial control, CNC numerical control equipment, automated complete systems, intelligent industrial control terminals, commercial self-service terminals, and smart retail equipment. It provides equipment manufacturers and system integrators with a standardized industrial-grade human-machine interaction hardware solution integrating high-definition display, capacitive touch, edge computing, structural adaptation, and interface expansion.
Currently, during the implementation of industrial automation projects, terminal equipment generally faces the problem of insufficient human-machine interaction hardware compatibility, mainly manifested in the following five aspects:
1. Low Human-Machine Interaction Efficiency: Traditional industrial equipment relies on physical buttons, status indicator lights, and separate display modules for operation feedback. The visualization level is poor, process parameter adjustment and equipment debugging processes are complex, and the skill requirements for on-site operators are high, leading to increased labor maintenance costs.
2. Inadequate Environmental Adaptability: Ordinary commercial-grade touch display terminals have limited protection levels, making it difficult to meet the usage requirements of harsh environments such as dust, moisture, oil, and strong electromagnetic interference in industrial settings. They also cannot support 24/7 continuous operation, easily experiencing touch malfunctions, display abnormalities, system crashes, and other failures, directly affecting the overall operational stability.
3. Difficulty in Structural Matching: The shell structure and installation cavity dimensions of different industrial control equipment, control cabinets, and self-service terminals vary significantly. Customization requirements exist for the physical dimensions, installation methods, interface directions, and wiring layout of display terminals, resulting in high difficulty in adapting separate hardware modules.
4. Limited System Integration Capabilities: Industrial sites typically require integration with various peripherals such as PLC control systems, host computer management platforms, network communication modules, barcode scanners, and printers. This places high demands on the system compatibility, external interface richness, and data transmission performance of the interactive terminal.
5. Lack of Guaranteed Supply Chain Stability: Industrial automation projects are characterized by long implementation cycles, slow technology iterations, and extended after-sales maintenance periods. This poses a real challenge to the long-term supply capabilities, continuous firmware updates, and after-sales technical support capabilities of hardware suppliers.
Our embedded industrial touch screen all-in-one machine adopts a highly integrated hardware architecture design, integrating an industrial-grade display panel, projected capacitive touch components, an embedded computing host, a multi-functional interface unit, and a standardized installation structure into one unit. The product supports embedded panel installation and can be directly built into industrial equipment panels, electrical control cabinets, self-service terminal housings, or industrial control consoles, serving as the core human-machine interaction hub of the equipment.
This integrated solution combines equipment control, process parameter configuration, production data visualization, fault alarm notification, and maintenance information query functions, replacing the traditional solution composed of separate displays, touchpads, and industrial control hosts. This significantly reduces the structural development complexity of industrial equipment, shortens the project's hardware and software integration cycle, unifies the equipment's appearance, and eliminates potential faults caused by improper matching of separate hardware, comprehensively improving the overall operational reliability and system integration of industrial equipment.
Product Solution: The 3D series is a panel-type industrial-grade touchscreen all-in-one machine, covering a full range of sizes from 10.1 inches to 23.8 inches, capable of matching the cavity structure and display requirements of various industrial equipment. The product is equipped with Intel® Core™ i3/i5/i7 series desktop processors and supports on-demand expansion and customization of memory and solid-state drives, meeting the high-performance computing needs of industrial edge computing, local data storage, industrial control software operation, and real-time data processing, suitable for mid-to-high-end industrial control projects.
System-level compatibility: It is compatible with mainstream industrial control operating systems such as Windows and Linux, and can adapt to the vast majority of industrial control configuration software and equipment management platforms on the market. The touchscreen utilizes 10-point projected capacitive technology, featuring fast response, high positioning accuracy, and strong anti-interference capabilities. It is widely applicable to industrial HMI interfaces, automated control systems, commercial self-service interactive terminals, and equipment operation and maintenance management platforms.
The product casing is made of unibody die-cast aluminum alloy, offering high mechanical strength and excellent thermal conductivity, enabling long-term continuous operation in industrial environments. The entire unit features a fully enclosed protective structure, with the front panel achieving an IP65 dust and water resistance rating, effectively preventing dust, oil, and moisture from entering the equipment. This meets the requirements of high-frequency touch operation, frequent cleaning and disinfection, and use in highly polluted industrial sites and public commercial settings. The hardware employs a fanless passive cooling architecture, completely eliminating the risk of failure due to fan dust accumulation or mechanical wear, while also achieving silent operation. The equipment supports a wide operating temperature range, adapting to complex high and low temperature conditions, and covering diverse deployment environments such as workshop industrial control, embedded installation in control cabinets, and semi-outdoor terminals.
In terms of optical appearance, the product supports various customized surface treatment processes such as AG anti-glare, AR anti-reflective coating, AF anti-fingerprint coating, and antibacterial coating. These effectively address visibility issues in strong light environments, stain residue from frequent touches, and hygiene requirements for public equipment use.
Regarding interfaces, the unit integrates HDMI and VGA video output interfaces, a COM serial port, a gigabit LAN port, multiple USB ports, a DC power interface, and audio and microphone interfaces. It also supports wired and wireless dual-mode network transmission. It can seamlessly connect to PLC control systems, host computer platforms, various peripheral expansion modules, and cloud management platforms, possessing excellent device compatibility and system integration capabilities.
The 3D series touch screen all-in-one machine provides industrial equipment manufacturers and system integrators with a highly reliable, highly integrated, flexibly customizable, and easily deployable industrial human-machine interaction solution. Through integrated hardware design, it effectively reduces customer costs associated with scattered hardware procurement, structural adaptation, and R&D verification, shortening project development and implementation cycles. Meanwhile, standardized industrial-grade hardware design can comprehensively improve the intelligence level of terminal devices, on-site operation and maintenance efficiency, and overall system stability, helping terminal manufacturers build differentiated market competitiveness.
