Avalue Technology Inc.（TPEx: 3479.TWO）, A provider specializing in industrial computer solutions, has delivered a strong performance in the North American industrial automation market this year, with sustained growth in demand for its ARC series Industrial Panel PCs. As production line digitalization accelerates, the role of industrial touch computers has expanded beyond machine operation and equipment integration to include data acquisition, real-time process information display, and on-site presentation and handling of AI visual inspection results. When the shop floor needs to simultaneously process large volumes of process data, inspection images, and analysis results while running multiple industrial applications, computing performance, expansion flexibility, and industrial environmental adaptability become key considerations in HMI (Human-Machine Interface) selection.
Upholding the spirit of “thinking ahead for the customer’s next step,” Avalue continues to expand the ARC series product line, offering configurations ranging from low-power Intel® N-series platforms to Intel® Core™ processors, along with multiple screen sizes, I/O expansion options, and industrial environmental protection features depending on the model. The slim form factor and fanless design make the ARC series easy to integrate into space-constrained machines and control equipment that require reduced fan maintenance, providing equipment manufacturers and system integrators with a flexible HMI platform.
North American Manufacturers Prioritize Production Line Visibility; Industrial Touch Computers Become a Critical Node
Facing diverse installation conditions and equipment integration requirements on North American manufacturing floors, the Avalue ARC series Industrial Panel PCs feature fanless and slim designs that facilitate deployment in space-constrained environments or settings where fan maintenance needs to be minimized. The series covers both low-power platforms and high-performance processor options, allowing system integrators to select the appropriate computing configuration based on workloads such as machine operation, production line monitoring, or more complex data visualization. Multiple I/O and customization options help match existing equipment interfaces and project connectivity needs, reducing the burden of developing separate integration solutions for different sites.
As demand for production line visibility continues to rise, industrial touch computers are no longer merely operator interfaces but have become critical nodes that connect field equipment, data, and personnel decision-making. When selecting a suitable platform, software applications, equipment connectivity, environmental conditions, and future maintenance approaches must all be taken into consideration.
AI Visual Inspection Moves from Inference to On-Site Operations; Industrial Touch Computers Bridge Human-Machine Workflows
A Deloitte survey of 600 executives from large manufacturing companies headquartered in or operating in the United States found that 28% ranked visual systems among their priority investment areas over the next two years, 29% were already using AI and machine learning at the plant or network level, and another 23% were in the pilot stage. This reflects the rapid shift of AI visual inspection investments in North American manufacturing from concept validation toward actual deployment.
For AI visual inspection to truly integrate into production lines and deliver value, the key lies not only in model accuracy but in how inspection results can immediately enter operators’ workflows on the shop floor. Traditional approaches often upload images to the cloud or a central server for inference and then send results back to the site, which can introduce latency, bandwidth bottlenecks, and data leakage risks. Edge AI, by contrast, performs inference directly on computing platforms at the production line, enabling the HMI to display the latest inspection images and anomaly alerts in real time so operators can immediately confirm, re-inspect, or take follow-up actions—while also meeting data privacy and security requirements that keep data on-premises.
When paired with a compatible HMI, the ARC series can serve as a real-time operation and information display interface for inspection workstations, directly linking AI analysis results into quality inspection processes. Through the M.2 slot for optional AI accelerator cards, system integrators can deploy edge inference according to site needs, shortening operator response times and reducing dependence on central servers or the cloud.
In response to market demand, Avalue recently launched the new ARC-1539-B Industrial Panel PC, providing the on-site computing and touch interface required for machine operation, production line monitoring, and system integration. The product features a 15-inch PCAP multi-touch screen and offers Intel® N150 or x7213RE processor options, along with dual 2.5GbE LAN, serial communication interfaces, and IET expansion options. Via the M.2 slot, system integrators can optionally install AI accelerator cards, Wi-Fi/Bluetooth, or 4G mobile communication modules to flexibly meet on-site requirements and reserve expansion capability for Edge AI applications.
Addressing Installation Constraints and Maintenance Conditions While Reserving Flexibility for Future Upgrades
The ARC series provides fanless, slim designs and rich I/O configurations depending on the model, making it suitable for space-constrained deployments or environments where adding fan maintenance is inconvenient. Taking the ARC-1539-B as an example, the product supports an operating temperature range of −10°C to 50°C, features an IP65-rated front panel, and has completed the vibration and functional shock tests specified in its specifications. A maintenance window for memory and storage devices facilitates subsequent part replacement and helps reduce production line downtime risk.
From HMI operation and data acquisition to system integration and various AI applications, the role of industrial touch computers continues to expand with production line digitalization. Selecting an appropriate platform requires considering both current application needs and future upgrade flexibility. Through the ARC series Industrial Panel PCs, Avalue Technology continues to respond to the operational and integration requirements of manufacturing sites. The ARC-1539-B, combining a touch interface, industrial environmental adaptability, expandable I/O, and convenient maintenance mechanisms, helps manufacturers and system integrators build applications that meet on-site needs and establishes a hardware foundation for stable production line operation and subsequent upgrades such as AI visual inspection.