AI computing power + integrated positioning + real-time quality inspection—ensuring every road marking is precise and under control.✨

Powerful computing performance, a robust chassis, and comprehensive connectivity—a solid foundation for smart logistics automated sorting.

Against the backdrop of rapid development in the electronics industry, the PCB (printed circuit board) serves as the core foundation of all types of electronic products. Widely adopted in automotive electronics, communication equipment, industrial control, medical instruments, consumer electronics and many other sectors, its quality directly determines the performance and service life of end products. However, as PCBs evolve toward higher density and finer feature sizes, the pain points of traditional AOI equipment — high false alarm rate, heavy manual re-inspection workload, and poor quality consistency — have become increasingly prominent. How can this challenge be addressed? An AI vision re-inspection system built on an edge AI computing platform is redefining the PCB quality inspection paradigm. With powerful computing performance, extensive I/O expandability and industrial-grade reliability, the JHCTECH BRAV-7721 edge computing system provides a solid hardware foundation for AI vision inspection systems. 

JHCTECH Wins NVIDIA Outstanding Solution Award at 2026 Channel Technical Training Camp

Today, as generative AI and the physical world rapidly merge, AI is moving from "digital generation" to "physical execution"—large models are no longer confined to chat boxes, but are beginning to drive robotic arms, command driverless vehicles, and control semiconductor production lines. The BRAV-7138 AI intelligent workstation, based on the NVIDIA® Jetson AGX Thor™ platform, has been officially released! This product condenses workstation-level computing power into a compact and robust chassis, injecting a powerful "edge brain" 🧠 into cutting-edge scenarios such as industrial automation, robotics, and intelligent transportation, allowing physical AI to truly take root and flourish.

70–157 TOPS, millisecond-level inference, and comprehensive industrial interface support—an industrial-grade edge AI platform empowering high-speed visual sorting.

The JHCTECH 2026 Mid-Year Summary Conference recently concluded successfully. With "Seeking Change and Breakthrough" as its core theme, the conference reviewed first-half operating results, set second-half goals, and officially upgraded and established a new strategic objective—becoming a core hardware service provider for Physical AI—and proposed the strategic slogan "Intelligent Connectivity for the Physical World, Computational Control for the Future." This also signifies that JHCTECH is embracing the era of Physical AI with unprecedented determination.

In the sterile production areas of the biopharmaceutical industry, cleanliness and compliance are never optional—they are non-negotiable requirements.

The JHCTECH WPPC-series waterproof industrial panel PC features an integrated 304/316L stainless-steel housing and delivers full-grade IP66/IP69K protection. Tailored for aseptic clean-room environments in biopharmaceutical plants, it provides an all-in-one solution for three core challenges: equipment sanitisation, hygienic conditions, and stable operation within clean-zone premises.

A micron-scale pinhole, invisible to the naked eye, can compromise the protective integrity of products across four critical industries—medical, food, chemical, and pharmaceutical—resulting in viral penetration, chemical leakage, and bacterial contamination, with potentially devastating consequences. Traditional manual visual inspection and water immersion testing suffer from high defect escape rates and low inspection efficiency, making it increasingly difficult to meet the stringent AQL standards and 100% inline inspection requirements demanded by the European and North American markets.

Powered by native PCIe high-speed expansion, a high-performance computing architecture, and 24/7 reliable operation, the JHCTECH KMDA-7921 accurately captures micro-pressure decay data as small as 0.001 psi, serving as the robust control core for pressure decay leak testing equipment. It enables manufacturers to achieve high-precision, 100% inspection and automated sorting across production lines.

From “people-to-goods” to “goods-to-person”, industrial material-handling robots are transforming modern manufacturing by making factory operations more efficient and intelligent.

Behind this transformation is a powerful “super brain”—the BRAV-7121.

Powered by the BRAV-7121 controller solution, a leading publicly listed robotics company in China’s Yangtze River Delta has successfully deployed intelligent material-handling robots that deliver reliable performance in real-world industrial applications.

In industrial control rooms, manufacturing workshops, and energy operation & maintenance environments, traditional industrial panel PCs are no longer keeping up with today’s operational demands.

Don't worry. The JHCTECH 23.8-inch Industrial Panel PC ALAD-K2350T(P) perfectly matches the real needs of industrial environments in terms of size, display, performance, and interaction—it can handle any scenario that requires a large screen and strong interaction with ease.

Manual sorting is inefficient, error-prone, costly, and often results in missed detections. High-quality fruit fails to fetch premium prices, while defective fruit can damage brand reputation. Labor shortages during peak seasons and high labor costs during off-seasons have pushed traditional sorting methods to their limits.

Is there a solution that can improve efficiency, reduce costs, and deliver stable, reliable performance?

The answer lies in edge computing and machine vision

Today, we’ll take a closer look at the BRAV-7821 Intelligent Fruit Sorting Solution and explore how its powerful technologies help overcome the key challenges of fruit sorting.

As rail networks continue to expand, the demand for real-time monitoring across stations, train carriages, and critical areas is growing rapidly. Traditional surveillance systems are increasingly challenged in meeting the requirements of smart operations due to limitations in data processing capabilities, image quality, and system reliability.

How can operators build a highly reliable, cloud-based, high-definition video surveillance system?

The JHCTECH ALAD Series Industrial Panel PCs, featuring a wide range of display sizes from 10.1” to 23.8”, industrial-grade reliability, and rich I/O connectivity, serve as an ideal control and visualization platform for cloud-based HD video surveillance systems, delivering the computing power needed to support intelligent rail transit operations.

In frontline energy production environments such as coal mines, oil and gas fields, and power stations, toxic and hazardous gases are hidden threats that can act as invisible killers. Colorless, odorless, and difficult to detect, these gases can endanger worker health, damage equipment, trigger explosions or suffocation incidents, and even lead to severe safety and environmental consequences when leaks occur.

Traditional gas monitoring methods often suffer from coverage blind spots, delayed response times, and limited data utilization, making it difficult to meet the growing demands for safe production and intelligent operation and maintenance.

The BRAV-7120, powered by the NVIDIA Jetson Orin Nano, delivers up to 67 TOPS (INT8) of AI computing performance, enabling AI models to perform inference in milliseconds. This reduces alarm response times from minutes to seconds, or even milliseconds. Leveraging the NVIDIA JetPack SDK and a rich sensor ecosystem, the system supports automatic sensor calibration, simplifying maintenance while ensuring long-term data stability, accuracy, and reliability. Through real-time monitoring and AI-driven analysis, the system transforms gas monitoring from a reactive process into a proactive prevention strategy. It can provide early warnings of potential faults and gas leakage risks, helping prevent major incidents such as forced substation shutdowns caused by gas leaks, thereby reducing economic losses and improving operational safety.

In primary healthcare facilities, elderly care institutions, rehabilitation centers, and corporate health stations, the rapid, accurate, and integrated detection and recording of basic vital signs such as height, weight, blood pressure, and body temperature is the primary step in health screening and record establishment. A medical equipment manufacturer wanted to develop an integrated intelligent device focused on core vital sign measurement. The JHCTECH ALAD-K1551T(P) industrial panel PC, with its excellent stability and rich interfaces, became the ideal core control and display platform for this device.