Explore our top industrial processing platforms, custom controllers, and rugged HMIs designed for extreme industrial applications.
How Edge computing, distributed architectures, and intelligent hardware are transforming the global industrial fabric.
Traditional raw data transmission is no longer sustainable. Modern systems embed AI processing modules and localized microcontrollers directly at the node level to filter and interpret complex physical inputs in real-time, reducing latency and network load.
Deployments in chemical, metallurgical, and outdoor settings demand physical endurance. High IP-ratings (IP67/IP68), ATEX explosion-proof certification, and structural resistance to severe temperature swings are standard expectations for modern IoT deployments.
Proprietary closed systems are yielding to open standards. Smart sensor networks rely on unified communication protocols such as RS485 Modbus, MQTT, OPC UA, and LoRaWAN, facilitating smooth data handshakes between HMI, PLC, and cloud analytics dashboards.
In modern industrial configurations, the integration of high-bandwidth sensors (such as FPGA-based acoustic arrays and high-speed X-ray linear detectors) demands massive real-time pipelines. Standard microcontrollers fail here. System architects must design multi-layer processing architectures where local DSPs or FPGA co-processors handle the heavy calculation, feeding only actionable telemetry to the central operational dashboard.
Understanding the requirements, risk mitigation strategies, and specifications that procurement officers demand.
Global operations require hardware that aligns with regional safety and emission protocols. Whether it is UL standards for North American power distribution grids or CE and ATEX directives for European hazardous industrial zones, compliance cannot be bypassed. Buying custom electrical control panels or explosion-proof panel PCs that lack international lab verifications leads to installation delays and project halts.
Unlike consumer electronics, industrial installations have a lifecycle of 7 to 15 years. Enterprise buyers need guarantees that replacement modules, internal chips, and LCD glass sizes will remain available for future maintenance without forcing complete redesigns of their physical chassis or software integrations.
Industrial machinery generates continuous vibration and ambient heat. Fanless systems with heavy extruded aluminum heatsinks and solid-state storage are essential. For transit monitoring, construction equipment, and marine vessels, structural integrity must survive continuous drops, shock impacts, and exposure to corrosive saline fog.
No two factories are identical. A standardized box build rarely meets all physical space, connection port (COM, LAN, GPIO, CAN-Bus), or software operating system constraints. Working with suppliers capable of customizing circuit boards, adding customized mounting frames, or flashing bespoke Android/Windows ROMs is crucial to operational integration.
The manufacturing sector has moved beyond basic high-volume production. China's Industry 4.0 infrastructure stands out through its highly integrated logistics networks, raw component availability, and advanced surface-mount (SMT) automated assembly lines.
By centering the supply chain in key industrial hubs like Hangzhou, manufacturers gain direct access to raw raw components, specialized IC packaging labs, and quick plastic-molding services. This proximity translates directly into accelerated prototyping, enabling custom panel designs to move from initial CAD drawings to functional validation units in weeks rather than months.
Furthermore, local vertical integration ensures strict quality assurance processes. Automated Optical Inspection (AOI), X-ray component verification, and automated burn-in testing chambers ensure that smart sensors and computing platforms work reliably before shipment, minimizing the risk of failure at final deployment sites.
A deep dive into our manufacturing infrastructure, engineering philosophy, and custom solutions.
Hangzhou Fray Tech Co., Ltd. is a professional manufacturer and solution provider specializing in industrial computing and intelligent display technologies. With a strong focus on innovation and reliability, the company delivers high-performance Industrial Panel PCs, rugged tablets and laptops, as well as smart boards and HMI (Human Machine Interface) solutions for global customers across diverse industries.
Backed by an experienced engineering team and advanced production facilities, Fray Tech designs and manufactures products that meet the demands of harsh and complex environments. Its industrial panel PCs feature fanless designs, wide temperature tolerance, and long lifecycle support, making them ideal for factory automation, smart manufacturing, and industrial control systems. The company’s rugged tablets and laptops are engineered to withstand shock, vibration, water, and dust, ensuring stable performance in field service, logistics, and outdoor operations.
In addition, Fray Tech provides interactive smart boards and HMI solutions that enhance communication and efficiency in education, corporate, and industrial settings. The company supports OEM and ODM services, offering flexible customization to meet specific project requirements.
Committed to quality and customer satisfaction, Hangzhou Fray Tech Co., Ltd. adheres to international standards and continuously invests in research and development. Its mission is to empower digital transformation through reliable industrial computing solutions and intelligent human-machine interaction technologies worldwide.
Discover how our products are integrated into global commercial and industrial fields.
Our ruggedized e-bike displays deliver real-time speed, mileage tracking, and battery health telemetry. Sealed within IP65/IP67 waterproof housings, these smart screens maintain clear legibility under bright sunlight and deliver high vibration resistance during mountain trail use.
Within distributed EV charging stations, our high-power controllers handle the high voltage and thermal telemetry required to charge commercial heavy trucks safely. Built to withstand dusty, high-temperature roadside conditions, they keep charging networks running smoothly.
Managing poultry environments requires close monitoring of temperature, relative humidity, air movement, and lighting cycles. Our farm controllers offer customizable parameter settings, helping agricultural facilities automate climate controls and reduce operational overhead.
Our High and Low Voltage Switchgear Test Systems support critical safety evaluations inside electrical switch cabinets. By running automated procedures, these platforms help grid technicians confirm that relays and circuit breakers operate reliably under fault conditions.
For high-security entry points and border controls, our X-ray image acquisition systems capture linear data at 0.80 M/S. The high-speed FPGA processing circuits render real-time, high-contrast imagery to spot anomalies in cargo trucks without slowing down traffic.
Combining dual Android and Windows operating systems, Fray Tech's flat panel displays help corporate meeting rooms and classrooms collaborate more effectively. High-precision touch inputs, versatile casting features, and robust physical screens support smooth daily operations.
Technical and procurement inquiries regarding our smart industrial computer systems and sensor network interfaces.
We provide full circuit board customization, including the addition of COM (RS232/RS485/RS422) ports, specialized high-speed ethernet configurations, custom brackets for rack or panel mounting, customized ROM images for Android or Windows IoT, and physical enclosure modifications for rugged dust/waterproofing requirements.
Our rugged tablets, e-bike speedometers, and panel PCs undergo comprehensive shaker table simulations and environmental stress screening (ESS). By using solid-state components (mSATA/M.2 SSDs), reinforced connector anchors, and robust housings, our hardware maintains structural integrity on heavy industrial equipment and electric bikes.
Yes, our industrial automation electrical control panels are designed to meet UL and CE standards, facilitating seamless installation into facilities requiring strict electrical safety and electromagnetic compliance. We also support ATEX/IECEx compliant designs for explosive environments.
For critical applications like X-ray array cargo scanners, standard CPUs cannot handle the high-throughput sensor telemetry in real-time. Our FPGA SoC architectures process linear image data directly, keeping latencies low and allowing vehicle inspection stations to maintain a steady flow of traffic.
We offer lifecycle support ranging from 5 to 7 years. This ensures that factory automation systems can replace identical hardware modules over the long term, preventing compatibility issues or the need for expensive software re-configurations.
Explore our heavy-duty touchscreen terminals, IoT gateway controllers, and high-power charging systems.
Fray Tech
