Manufacture
Keyword
Total
10
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Background In modern manufacturing facilities, machine tools and sheet metal processing equipment are expected to operate continuously while maintaining high precision and production efficiency. However, internal control systems often experience thermal buildup during prolonged operation, causing CPU frequency throttling, unexpected performance degradation, and increased equipment downtime. These issues not only reduce production throughput but also lead to higher maintenance costs, longer recovery times, and decreased overall equipment effectiveness (OEE). A leading Japanese industrial machinery manufacturer sought a reliable edge computing platform capable of improving system stability while consolidating multiple industrial devices into a single IPC platform. Challenges The customer required a compact IPC capable of integrating multiple machine subsystems, including: Touch Panel HMI Industrial Cameras PLC Controllers Multiple HMI Displays The platform also needed to: Prevent CPU throttling during prolonged operation Support continuous 24/7 production Fit inside compact machine cabinets Reduce maintenance and unexpected downtime Deliver reliable performance under harsh industrial conditions Provide sufficient connectivity for future system expansion Solution ARBOR deployed the ARES-1990-LAN Industrial Edge Computer, a 1U ultra-slim fanless platform powered by the Intel® Core™ 5 Processor 120U, combining industrial reliability with high-performance edge computing. Its compact form factor allows seamless installation inside confined control cabinets without sacrificing computing capability. Intelligent Thermal Optimization Although the ARES-1990 features a fanless industrial design, the customer's application required additional cooling for prolonged heavy workloads. ARBOR implemented an external cooling fan together with customized BIOS thermal tuning to optimize fan control and system temperature. This customized solution effectively minimizes CPU throttling, ensuring stable computing performance during continuous production while extending overall system reliability. High-Speed Industrial Connectivity The ARES-1990-LAN offers extensive industrial I/O, enabling multiple production devices to be consolidated into a single IPC. These features ensure reliable operation even in demanding manufacturing environments. Typical deployment includes: 9 USB ports connecting Touch Panel HMIs and peripheral devices 4 x 2.5GbE LAN ports connecting PLC controllers, and industrial networks Up to four simultaneous display outputs for multi-screen HMI visualization Dual M.2 expansion slots supporting high-speed NVMe storage, wireless communication, or future AI acceleration modules Designed for Industrial Reliability Purpose-built for industrial automation, the ARES-1990-LAN provides: Wide 9–36V DC power input for industrial equipment 24/7 continuous operation MIL-STD-810H vibration and shock resistance Operating temperatures from -20°C to 60°C Compact 1U ultra-slim chassis for space-constrained machine cabinets Benefits Uncompromised 24/7 Productivity Built to prevent thermal throttling, ensuring uninterrupted machine uptime, maximum production efficiency, and significantly lower maintenance costs. High-Density Workload Consolidation Streamline control architectures with rich I/O and versatile M.2 expansion, allowing a single compact IPC to effortlessly handle edge AI and multi-device communication. Tailored Reliability and Expert Support Achieve long-term reliability through ARBOR's dedicated engineering and global technical support. Featured Product ARES-1990-LAN 1U Height Ultra Slim Fanless Box PC w/ Intel® 14th Gen Raptor Lake U Series Processors Learn More -
Overview This customer develops portable and automated 3D measurement solutions and software for product development, reverse engineering, quality inspection, dynamic tracking, and digital-twin workflows. These applications depend on fast, reliable processing of dense measurement data and responsive visual feedback during acquisition. As 3D metrology platforms evolve, their computing architecture must support data-intensive algorithms, high-speed sensors, rich graphics, and versatile connectivity within a compact design, while providing a practical path for future upgrades. Challenges Data-Intensive Real-Time Processing High-resolution 3D capture generates continuous streams of measurement data Operators expect responsive visualization and real-time feedback throughout acquisition Compact System Integration Performance, power, thermal behavior, and mechanical space must be carefully balanced Sensor, display, storage, and network interfaces must fit a purpose-built system design Product Lifecycle and Scalability Proprietary compute designs can increase redesign and validation effort across product generations New algorithms and software functions require a clear performance and memory upgrade path Industrial Reliability Metrology systems operate in laboratories, production areas, and demanding field environments Stable supply, platform longevity, and responsive engineering support are essential Solution This customer selected ARBOR's COMX-A300 COM-HPC Client Size A module as a high-performance computing foundation for its 3D metrology platform. Powered by Intel Core Ultra processors Series 2, it combines heterogeneous computing, high-speed memory, graphics, and extensive I/O. Intel Core Ultra Series 2 supports acquisition, analysis, and application workloads Up to 128GB of dual-channel DDR5 memory helps process large 3D datasets efficiently USB4, PCIe Gen5, dual 2.5GbE, SATA, and MIPI-CSI connect sensors, displays, storage, and networks How It Works The devices capture detailed surface and dimensional data from the target part High-speed interfaces transfer acquisition data to the COMX-A300-based platform CPU and graphics resources process geometry and provide responsive visualization DDR5 memory buffers dense point-cloud and image data throughout acquisition Customer’s software turns processed data into inspection, Scan-to-CAD, reverse-engineering, and tracking workflows Benefits Responsive 3D Data Processing Balances CPU and graphics performance for acquisition, processing, and visualization Supports responsive feedback while measurement data is captured and reviewed Flexible Custom-System Integration Connects high-speed sensors, storage, networking, and displays through modern I/O The 95 x 120 mm module and 8V-20V input support compact custom designs Scalable, Standards-Based Platform COM-HPC separates the computing core from the application-specific carrier design Processor and memory options support product tiers and future upgrades Industrial-Grade Reliability Wide-temperature operation, TPM 2.0, watchdog support, and dual 2.5GbE strengthen resilience ARBOR engineering and lifecycle support help reduce integration risk and speed development Featured Product COMX-A300 Intel® Core™ Ultra Processors Series 2 (Arrow Lake U/H) CPU, COM-HPC Client Size A Module Learn More -
Overview Airports manage thousands of baggage items per hour across complex conveyor systems. Ensuring uninterrupted baggage flow, rapid anomaly detection, and operational transparency is critical to minimizing delays, reducing losses, and improving passenger satisfaction. Traditional baggage monitoring solutions rely heavily on manual supervision, basic sensors, or centralized video analytics. These approaches lack real-time intelligence, are costly to scale, and often fail to respond quickly to operational disruptions. Challenges Limited Real-Time Visibility Conveyor systems span long distances with multiple blind spots Operators lack immediate awareness of jams, pile-ups, or abnormal flow High Labor Dependence Manual monitoring requires continuous human oversight Delayed reaction times increase operational risk and baggage delays Latency & Infrastructure Constraints Centralized or cloud-based video analytics introduce latency High bandwidth consumption increases operational costs Harsh Deployment Environments Baggage handling areas demand 24/7 operation Exposure to vibration, dust, temperature variation, and limited space Download the Full Solution Brief Solution The joint solution integrates DeepX and MemryX with the ARBOR industrial edge AI computing platform (ARES-1983H-AI). This enables real-time baggage monitoring and event detection directly at the edge. The solution combines the following: ARBOR provides an industrial-grade edge AI platform that enables reliable 24/7 deployment in space-constrained, maintenance-free, and harsh baggage-handling environments DeepX advanced computer vision analytics MemryX enables high-performance, high-accuracy AI inference at the edge through its MX3 M.2 AI Accelerator Module and an easy-to-use, public SDK to simplify deployment How It Works Cameras installed at key handling checkpoints capture baggage images, barcode data, and movement status across the conveyor workflow DeepX AI models analyze baggage flow in real time to detect jams, pile-ups, congestion, and other anomalies during transport and handling ARBOR’s ARES-1983H-AI edge AI platform, integrated with the MemryX MX3 M.2 AI Accelerator Module, processes inference locally to reduce latency and network load Baggage data is synchronized with cloud records to build a continuous tracking history from check-in and screening to dispatch, flight transfer, destination arrival, and final baggage carousel delivery Visual dashboards and real-time alerts help operators quickly identify baggage location, flow issues, and exceptions for faster intervention Featured Product ARES-1983H-AI Industrial-grade edge AI computing platform designed for real-time vision analytics in demanding environments. Supports M.2 AI accelerator modules for high-performance inference at the edge. Learn More -
Problem Energy companies operating in hazardous zones, such as oil and gas facilities, petrochemical plants and gas processing plants, face a dual challenge: maintaining strict safety compliance while accelerating digital transformation. Traditional workflows rely on paper-based processes and uncertified devices, which can not be used safely in explosive environments. This results in inefficiencies, delayed data, and compliance risks. Challenges Energy operations in hazardous zones encounter several persistent obstacles: Safety & Certification RisksUsing non-intrinsically safe devices poses explosion hazards and limits digital tool adoption in volatile areas. Disconnected Operational WorkflowsPaper-based inspections and isolated systems delay reporting and reduce visibility across teams. Regulatory Compliance PressuresATEX, IECEx, and UL913 standards require certified equipment and auditable data capture for safety and environmental reporting. Data Silos & Limited ConnectivityRemote locations and restricted wireless access make it difficult to obtain real-time operational data. Sustainability & Cost Reduction GoalsCompanies seek to optimize asset performance, reduce downtime, and eliminate energy waste through predictive insights. To address these challenges, the industry requires a certified intrinsically safe mobile device combined with an intelligent, cloud-enabled operational platform that enables real-time insights, digital workflows, and safe field operations, even in Zone 0/1 and Class I, II, III Division 1 environments. Download the Full Solution Brief Solution The combined solution of the Intrinsically Safe Tablet and Energy Solutions delivers a fully integrated, secure, and rugged platform for hazardous-area digital transformation. Safe Tablet A Windows 11 IoT, intrinsically safe tablet certified for Zone 0/1 and Class I, II, III Division 1. It offers: Intel-based performance with 8GB RAM, 256GB storage (expandable to 2TB) 10.1” FHD+ glove-touch display IP65-rated, rugged construction Up to 8 hours of battery life Wi-Fi, Bluetooth, NFC, and optional 4G LTE Operational temperatures from −20°C to +55°C Energy Solutions (Microsoft-Powered)A scalable cloud platform built on Azure, Dynamics 365, and Power Platform for energy-sector operations, enabling: Cloud-based asset management and scheduling Predictive maintenance powered by Azure IoT and analytics Digital inspection workflows through Power Apps Seamless ERP integration (SAP, Oracle, Microsoft 365) Full offline/online capability for remote sites Key Advantages Intrinsic Safety + Digital MobilityFull digital workflows directly inside hazardous zones: no paper required. Unified Cloud-to-Field PlatformReal-time visibility from field worker to control room to cloud. Optimized Field ProductivityFaster inspections, automated data capture, and fewer operational delays. AI-Driven Equipment ReliabilityPredictive maintenance minimizes failures, extends asset life, and reduces unplanned shutdowns. Scalable ArchitectureDeployable across upstream, midstream, downstream, and renewable sectors. -
Problem Medication dispensing in hospital pharmacies and nursing stations is often error-prone and inefficient. Pharmacists rely on memory to locate drugs, nurses risk miss-picking, and manual recordkeeping compromises safety and inventory accuracy. These issues affect patient safety, slow down hospital workflows, and increase the administrative burden. Challenges Medication Errors:Relying on a pharmacist's memory to locate drugs and a nurse's manual picking introduces a high risk of dispensing and administration errors, which can directly harm patients. Workflow Inefficiencies:The time spent manually searching for medications and updating paper records creates significant delays, slowing down hospital workflows and increasing the administrative burden on staff. Inventory Inaccuracy:Manual recordkeeping leads to inaccurate inventory counts, resulting in medication stockouts and unnecessary overstocking, which impacts patient care and increases costs. Download the Full Solution Brief Solution ARBOR’s Smart Pharmacy Solution integrates the ELIT-1060 industrial-grade computing platform with wireless e-paper tags, Light-guided picking, and computer vision recognition to create a fully automated medication management system. The ELIT-1060 serves as the central controller, managing peripheral devices via serial, USB, and Ethernet interfaces while supporting real-time data processing and secure connectivity to hospital information systems (HIS) and electronic medical records (EMR). Drug storage locations are dynamically mapped and illuminated to enable precise picking. Computer vision verifies each item against prescription data to minimize dispensing errors. Inventory status is continuously synchronized across distributed cabinets, including refrigerated and controlled units, via wireless and wired networks. This robust architecture ensures scalability, availability, and integration with existing healthcare IT infrastructures. Advantages Improved Pharmacist Accuracy:LED-guided picking and computer vision recognition minimize human error in drug selection, ensuring every dose matches prescription data. Real-Time Inventory Updates:Continuous synchronization across pharmacy and nursing stations—via wired and wireless networks—keeps stock levels accurate, even in refrigerated or controlled storage environments. Automated Prescription Verification:Integrated validation algorithms cross-check medication against EMR in real time, reducing risks of mismatched or incorrect dispensing. Seamless IT Integration:Powered by ARBOR’s ELIT-1060 industrial-grade computing, the system interfaces with HIS, EMR, and existing hospital IT infrastructures, enabling scalable and secure deployment. -
Poland is gearing up to launch a nationwide deposit return system in 2026, and to lead the charge, reverse vending machine manufacturer REKBOT has partnered with industrial computing specialist ARBOR. This strategic alliance aims to accelerate the deployment of REKBOT's new eco-friendly technology, making recycling easier and more efficient for Polish consumers and driving the country's circular economy. The collaboration was initiated by Maritex, ARBOR's exclusive authorized distributor in Poland. When Maritex received the project requirements from REKBOT, they immediately recognized ARBOR as the ideal partner. The choice was a simple one, as ARBOR's products are renowned for their high quality, exceptional stability, and competitive pricing. Moreover, ARBOR's commitment to efficient delivery times was a key factor in ensuring the project could move forward swiftly to meet the ambitious 2026 deadline. Download the Full Solution Brief The new policy, which requires a deposit on beverage containers that is refunded upon return, is expected to dramatically increase the demand for reverse vending machines. REKBOT needed a compact, powerful, and easy-to-integrate solution to gain a competitive edge in this rapidly emerging market. “Time-to-market was our biggest concern,” said a representative from REKBOT. “We needed a reliable partner who understood the complexities of our system, from integrating multiple peripherals to simplifying cable management. ARBOR’s solution was the perfect fit.” REKBOT chose ARBOR’s SB-244-1N97, a compact and versatile controller designed to streamline complex hardware integrations. The controller’s unique design, which places all I/O ports on a single side, simplifies cable routing and reduces deployment time. This was a critical factor for REKBOT, which needed to quickly scale its operations to meet market demand. In addition to the hardware, ARBOR provided extensive technical support and a crucial design modification: an externally accessible 4G SIM card slot. This feature eliminates the need to open the machine’s chassis for maintenance, significantly reducing service costs and downtime. “Our goal is always to provide practical solutions that solve real-world problems for our customers,” said Charles Chen, EMEA Sales Manager for ARBOR. “By working closely with REKBOT, we were able to deliver a solution that not only meets their technical needs but also helps them achieve a faster, more efficient product launch.” The partnership between REKBOT and ARBOR highlights how smart technology can be a catalyst for a sustainable future, where business growth and environmental responsibility go hand in hand. -
Featuring a fanless Intel® 11th Generation Core i7/i5/i3/ Celeron processor with multiple I/O ports, the IEC-3904 multi-display controller gives vibrant visual performance. With its robust and reliable IEC-3904 digital signage player, ARBOR Technology has contributed to the success of an outdoor campaign for a leading European advertising group. In the fiercely competitive European out-of-home (OOH) advertising market, a leading industry giant, renowned for its unwavering commitment to quality and innovation, consistently sought solutions that could balance superior performance with cost-effectiveness in the face of demanding outdoor environments and increasingly diverse client customization needs. Ultimately, after rigorous evaluation and consideration, their focus converged on our flagship product – the IEC-3904 digital signage player. This collaboration powerfully demonstrates the exceptional quality of the IEC-3904 and highlights our profound expertise in the global out-of-home (OOH) advertising hardware sector. Recognizing the diverse and often challenging outdoor environments encountered worldwide, ranging from the extremes of European winters and summers to the humid climates of Asia, advertising equipment demands exceptional durability and environmental adaptability to ensure consistent, long-term operation. The IEC-3904 is meticulously engineered to meet these global demands. Its robust, industrial-grade design fearlessly withstands a wide spectrum of adverse weather conditions, providing a solid guarantee for the stable playback of outdoor advertisements, regardless of location. The major European advertising conglomerate has strategically deployed ARBOR's IEC-3904 digital signage players to deliver captivating visual experiences across their extensive outdoor network. By utilizing the dual 4K/UHD video output capabilities of the IEC-3904, they are able to seamlessly broadcast stunning images across two displays, maximizing audience engagement. The robust performance, driven by an advanced processing platform, ensures smooth and impactful content delivery, enhancing brand visibility and message resonance in high-traffic locations. Connectivity options such as multiple USB 3.2 ports and a reliable GbE LAN port facilitate easy integration of peripheral devices, thereby streamlining the process of managing and deploying content. Recognizing the diverse and often challenging global outdoor environments, the advertising group selected the IEC-3904 for its proven ruggedness and wide operating temperature range (-20°C to 70°C). This resilience ensures consistent and flawless digital display operation, even amidst temperature extremes, vibrations, and humidity, safeguarding their investment and guaranteeing uninterrupted advertising campaigns. The IEC-3904's compact, fanless design has significantly simplified installation across its numerous locations, requiring minimal space and blending seamlessly into existing infrastructure. The fanless architecture inherently reduces dust accumulation, translating into lower maintenance overhead and minimizing the need for ongoing interventions – a crucial advantage in managing a large-scale advertising network. Furthermore, the integration of Intel® vPro & AMT on the IEC-3904 has provided the European advertising leader with powerful remote device management capabilities. This allows for efficient monitoring, updates, and maintenance, dramatically reducing the costs and logistical complexities associated with managing a widespread network of digital displays. By choosing the IEC-3904, this advertising powerhouse has not only elevated the visual impact of their campaigns but has also optimized operational efficiency and long-term reliability, setting a new standard for outdoor digital advertising excellence on the global market. -
At Vietnam’s feed production plant, it is crucial to ensure the quality and traceability of raw materials. To optimize this process, they integrated ARBOR's Panel PC SP-120R-1J64 into their vehicle management system, particularly in the sample collection area. This case study explores how the SP-120R-1J64, along with RFID technology, played a pivotal role in streamlining operations and maintaining high-quality standards. The ARBOR Panel PC SP-120R-1J64 is installed within a control cabinet that also includes an RFID reader, a notification speaker, and a barrier gate. This setup functions as a terminal in vehicle management system, primarily used in the raw material sampling area. When a delivery truck arrives at the sampling station, the driver uses an RFID card to initiate the sampling process. Upon scanning the card at the Panel PC, the barrier gate automatically lowers, allowing the sampling procedure to begin. The Panel PC serves as the central control interface, ensuring that all actions are accurately logged and monitored. Once the sampling is complete, the driver scans the card again. This action triggers the barrier gate to rise, permitting the truck to proceed either to the intake area or to a designated waiting area until the quality control (QC) results are available. Benefits and Outcomes The integration of the ARBOR Panel PC SP-120R-1J64 into the client’s vehicle management system has brought several key benefits: 1. Increased Efficiency: The automated system reduces the time needed for sample collection, minimizing delays and improving overall plant throughput. 2. Enhanced Traceability: Each truck's movement and the corresponding sampling data are logged and can be easily accessed for quality control and auditing purposes, ensuring transparency and traceability in the production process. 3. Improved Accuracy: By automating the sampling initiation and barrier control, the likelihood of human error is significantly reduced, ensuring that only materials meeting stringent quality standards enter the production process. 4. Streamlined Operations: The integration of RFID technology with the Panel PC ensures that the process is smooth, with clear instructions and feedback provided to the driver via the notification speaker. The ARBOR Panel PC SP-120R-1J64 has proven to be a valuable asset in the client’s feed production plant, particularly in enhancing the efficiency and reliability of their raw material sampling process. By integrating this technology into their vehicle management system, the client has successfully maintained high standards of quality control while optimizing operational efficiency. This case study highlights the importance of leveraging advanced technology to meet industry demands and uphold rigorous quality standards in feed production. -
Introduction Incheon International Airport is one of the largest and busiest airports in the world. Since 2005, it has been rated the best airport worldwide by Airports Council International every year. The airport holds an unbreakable record of being ranked the Best Airport Worldwide for 7 years by the Airports Council International (ACI)'s Airport Service Quality award. For a busy International Airport with an average of 1,600 daily flights like Incheon International Airport, the simplicity and durability of flight information systems and baggage control systems is the most important thing. The ARBOR ELIT-1650 not only fulfills these requirements but also fully complies with airport construction specifications. Now, 800 units of ELIT-1650 are installed as the flight Information and baggage control systems in Incheon International Airport providing efficient and durable service for hundreds of thousands of passengers passing through this airport. Challenge On average, there are 1,600 daily flights that are displayed in the information express terminal in Incheon International Airport. The core requirement of industrial computers for the flight information system is high-performance, stability, quality and business continuity for quick and accurate flight information services provided to travelers. ARBOR knew the requirements of an extremely busy information broadcasting systems. When cooperating with system integrator for Incheon Airport project, both sides showed the best expertise and solution to help our client enhancing competitiveness and achieve their business objectives. To build and sustain such an enormous computing system, the simplicity and durability of the IPC is the first priority. Solution ELIT-1650 Comparing with previous solutions of other industrial computer suppliers, ARBOR ELIT-1650 is a more compact and reliable solution because of fan less system, low power consumption, and a detailed specification which is airport construction compliant. By using the ELIT-1650, the flight information system is able to provide more diverse content and interactive information services but the operation is more stable than the existing system. The ELIT-1650 is a one-to-one connection with industrial computers and monitors for airline company names, flight schedules, and boarding gate information. In order to support these requirements mentioned above, the ELIT-1650 industrial computer provides Full-HD video output and multi-display support. Moreover, ELIT-1650 flexible system structure provides multiple specifications for hardware such as CPU module and other expansions. By installing different CPU modules, ELIT-1650 is able to fulfill different application with minimal modifications. The overview of application scenario is as follows: Flight information terminals consist of a large screen display, an industrial computer, a power supply, and the housing. Incheon International Airport flight information data is transferred from the server via a dedicated network to the display. Result The reliability of industrial computers is the most important factor for the current ICT trends. Specs and features have been developed in a variety of industrial computers to support these trends. The ARBOR ELIT-1650 provides dual application with one model for flight information signage and one for baggage control systems which provides better flexibility. The durability and stability of the system provides continuity for quick and accurate flight information services for airport users. All in all, the ELIT-1650 not only fulfills the needs of high specification but also the needs of stable and trustworthy systems with flexible structure and customization. -
ARBOR’s rugged FPC-7701 industrial fanless Box PC has been chosen for its reliability and configuration flexibility. ARBOR Technology, a leading provider of embedded computing solutions, is pleased to announce that Eurotunnel has selected ARBOR’s FPC-7701 fanless Box PC for both its manned and fully automated toll booths which require reliable ruggedized embedded computing systems to maximize check-in efficiency. Processes such as number plate recognition, barrier control and ticket printing are controlled through this PC interface. Learn more about ARBOR’s IoV Solutions at Built in 1994, the Channel Tunnel between United Kingdom and France is a key connection for the European high-speed transport and plays an important role for regional economic development. The Channel Tunnel is used by 2.5 million cars, 1.5 million trucks and 21 million people every year. High-speed passenger trains and rail freight trains also run through the tunnel. Originally the Industrial Box PC was specified as a fan cooled system, ARBOR Technology UK proposed a more reliable fanless solution. Selecting the FPC-7701 from ARBOR’s extensive range of ruggedized Industrial Box PC products, gave the ideal base platform, additional I/O was then added using the PCI and PCIe expansion ports. This coupled with the Intel® Core™ i5 CPU and an extended operating temperature range of -20 ~ 55°C, meant that the ARBOR fanless Box PC FPC-7701 exceeded the required specifications. A demo system was delivered within 1 week of request, allowing Eurotunnel to evaluate the proposed hardware, check compatibility with their custom software and conduct the extensive testing required to ensure the long term reliability would be achieved. Custom metalwork was designed by ARBOR Technology UK to enable the Fanless Box PC to fit onto the existing mounting points. By using in-house CAD modeling the design concepts could be evaluated without the need for prototyping. Industrial PC manufacturing by ARBOR Technology in Taiwan with configuration and testing at the ARBOR UK facility allows ARBOR to achieve cost effective pricing whilst offering customers the local UK sales, technical and aftersales support that they require. Eurotunnel’s UK Support Manager, Nigel Hales said: “ARBOR Technology UK offered the local technical and manufacturing support we wanted, meaning the fanless Box PCs could be configured to our specification and meet our exact expectations.”