Head Office ADLINK Technology, Inc. No. 66, Huaya 1st Rd., Guishan Dist., Taoyuan City 333411, Taiwan Tel: +886-3-216-5088 Fax: +886-3-328-5706 f in www.adlinktech.com Worldwide Offices Ampro ADLINK Technology, Inc. 6450 Via Del Oro, San Jose, CA 95119-1208, USA Tel: +1-408-360-0200 Toll Free: +1-800-966-5200 (USA only) Fax: +1-408-360-0222 Email: info@adlinktech.com ADLINK Technology Singapore Pte. Ltd. 84 Genting Lane #07-02A, Axxel Innovation Centre, Singapore 349584 Tel: +65-6844-2261 Fax: +65-6844-2263 Email: singapore@adlinktech.com ADLINK Technology, Inc. (Israel Liaison Office) MIXER Herzliya (Building B, 9 Floor) 3 Arik Einstein st., Zip code 4610301 Herzliya, Israel, P.O.Box - 351 Tel: +972-54-632-5251 Fax: +972-77-208-0230 Email: israel@adlinktech.com ADLINK Technology (China) Co., Ltd. 上海市浦东新区张江高科技园区芳春路300号 (201203) 300 Fang Chun Rd., Zhangjiang Hi-Tech Park Pudong New Area, Shanghai, 201203 China Tel: +86-21-5132-8988 Fax: +86-21-5192-3588 Email: market@adlinktech.com ADLINK Technology India Private Limited Ground Floor, 317, Samanvitha Complex, Mayura Street, Outer Ring Road, Byatarayanapura, Bangalore North, Bangalore- 560092, Karnataka Tel: +91-80-2346-4606 / +91-80-3121-3332 Fax: +91-80-2346-4606 Email: india@adlinktech.com ADLINK Technology GmbH Hans-Thoma-Straße 11 D-68163 Mannheim, Germany Tel: +49 621 43214-0 Fax: +49 621 43214-30 Email: germany@adlinktech.com ADLINK Technology Beijing 北京市海淀区上地东路1号盈创动力大厦E座801室 (100085) Rm. 801, Power Creative E, No. 1 Shang Di East Rd. Beijing, 100085 China Tel: +86-10-5885-8666 Fax: +86-10-5885-8626 Email: market@adlinktech.com ADLINK Technology Japan Corporation 〒101-0045 東京都千代田区神田鍛冶町3-7-4 ユニゾ神田鍛冶町三丁目ビル4F Unizo Kanda Kaji-cho 3 Chome Bldg. 4F, 3-7-4 Kanda Kajicho, Chiyoda-ku, Tokyo 101-0045, Japan Tel: +81-3-4455-3722 Fax: +81-3-5209-6013 Email: japan@adlinktech.com Ulrichsbergerstraße 17 D-94469 Deggendorf, Germany Tel: +49 991 290 94–10 Fax: +49 991 290 94–29 Email: germany@adlinktech.com ADLINK Technology, Inc. (French Liaison Office) Bâtiment Thalès - Parc des Algorithmes, Route de l'Orme des Merisiers, 91190 SAINT AUBIN, France Tel: +33 (0) 1 60 12 35 66 Fax: +33 (0) 1 60 12 35 66 Email: france@adlinktech.com ADLINK Technology Shenzhen 深圳市南山区科技园南区高新南七道数字技术园 A1栋2楼C区(518057) 2F, C Block, Bldg. A1, Cyber-Tech Zone, Gao Xin Ave. Sec. 7 High-Tech Industrial Park S., Shenzhen, 518054 China Tel: +86-755-2643-4858 Fax: +86-755-2664-6353 Email: market@adlinktech.com ADLINK Technology Korea Ltd. 경기도 용인시 수지구 신수로 767 A동 1503호 (동천동,분당수지유타워)(우)16827 A-1503, U-TOWER, 767 Sinsu-ro, Suji-gu, Yongin-si, Gyeonggi-do, Republic of Korea, 16827 Toll Free: +82-80-800-0585 Tel: +82-31-786-0585 Fax: +82-31-786-0583 Email: korea@adlinktech.com ADLINK Technology, Inc. (UK Liaison Office) First Floor West Exeter House, Chichester fields Business Park Tangmere, West Sussex, PO20 2FU, United Kingdom Tel: +44-1243-859677 Email: uk@adlinktech.com ![Reliable, Flexible, Fulfilled Smart Factory AIoT-Powered Smart Manufacturing Solutions](.2025_Smart_Manufacturing_Brochure/f3ab660f49f1db89310c7e4740d9225c94fb4c496f1fef7d2ebc22e4dcaeba4d.jpg) ![Illustration of a robotic device with wireless and network components, alongside an inset image of a green circuit board (no text or symbols visible)](.2025_Smart_Manufacturing_Brochure/f212c5cfe15003da4881b863e6586a6333ac7687d00a67a4fb723db81b0a6d34.jpg) ![Industrial hardware setup with a superCAT server and camera monitor (no visible text or symbols)](.2025_Smart_Manufacturing_Brochure/809c1b08c3e83c3093d2fe722219c48e6330baaa70a95fc787a51cdfb291c76f.jpg) # Smart Manufacturing Solutions ADLINK offers comprehensive ready-to-deploy solutions for various automation control solutions to accelerate the implementation of Smart Manufacturing in industry ![The image displays the letter 'A' in white text on a red circle background.](.2025_Smart_Manufacturing_Brochure/d9b724613cca546ddec4210c9147e769303c3a60adf78d07949aa48a56fa00ae.jpg) # Motion Control \- Integrated centralized and distributed motion control for optimal performance and precise positioning ![The image displays a large red circle containing a white capital letter 'B' centered within it. The background surrounding the circle is white.](.2025_Smart_Manufacturing_Brochure/5d4bce1387775e8aa65d5bda187abe9cc3b341eb6cb0da100657db5ddc3801e0.jpg) # Machine Vision • Full spectrum of image capturing solutions for product inspection ![The image displays a solid red circle centered on a white background. Inside the circle is a white capital letter 'C'.](.2025_Smart_Manufacturing_Brochure/5020e21b7a3c080d8462d55d6a7a72f22032315845dcad14067d30fbfa990a30.jpg) # IO Sensing \- Versatile I/O modules for seamless EtherCAT automation ![The image features a graphic icon consisting of a large red circle containing a white capital letter 'D' in a sans-serif font. To the left of the main circle, a small portion of another red shape is visible.](.2025_Smart_Manufacturing_Brochure/a6d723b21e4a362031d13bfda1499def3c4262dcce43cc9fabba11deef99aee3.jpg) # AI-enabled SOP Enforcement • Clean Room standard procedure • Hazmat offload standard procedure # Product Solutions Device Management Software ![The image displays a composite graphic featuring the brand name 'EdgeGO' at the top center, followed by a red right-pointing arrow. Below the logo, three digital screens are arranged in a staggered layout: * **Left:** A smartphone displays a screen with a large red warning triangle containing a white exclamation point. * **Center:** A tablet-sized screen shows a dashboard interface featuring green circular gauges and graphs. * **Right:** A larger monitor screen displays a dashboard. At the top are three large numbers in red boxes: '5', '4', and '2'. Below these numbers are various line graphs and data charts.](.2025_Smart_Manufacturing_Brochure/62880deb5b1fbf314883521b8375bcc8b06ee66e4e130b8c0427b22115075d01.jpg) Motion Control and IO Sensing ![The image features the 'SuperCAT' logo in the upper left corner. Below the logo are three pieces of industrial computer hardware: a green circuit board on the left, a stack of white modules with numerous small red connectors in the center, and a tall, grey metal enclosure with communication ports on the right.](.2025_Smart_Manufacturing_Brochure/89f409b712eda9d50bc47806928e24c7eb2dbc6f6ef996140ee4f8680334cb41.jpg) Machine Vision ![Two computer expansion cards are displayed against a plain white background. The card in the upper left is oriented vertically and features a large black heatsink covering most of the board. On its left edge, there are two small white connectors, while two small silver connectors are visible on the right edge. The second card is positioned diagonally in the lower right. It has a green circuit board with a black heatsink located on the right side. On the left edge, which serves as the mounting bracket, there are two silver connectors at the top followed by four blue USB ports arranged in a grid. Both cards have gold PCIe connector pins at the bottom.](.2025_Smart_Manufacturing_Brochure/99b61524e11348637511e933cb5ae4f8f476737b97f5d8b1a7ee58b9f2046b16.jpg) Edge AI Vision ![The image displays a silver embedded computer system on the left and a silver industrial camera on the right. The computer unit features a front panel with two blue USB ports, three Ethernet ports, an audio jack, a blue VGA port, and a serial port. A button labeled 'POWER' is located on the front right. The top surface displays the text 'ADLINK,' 'CN-5000,' and 'Embedded Computing.' The camera on the right has a large black lens and features the text 'Industrial Camera' near the lens assembly and 'ADLINK' printed vertically on its side.](.2025_Smart_Manufacturing_Brochure/b9b87e7a2ce94176dbe4b57cefbefc86e86e83d6a0229165be931c060b6e4bcf.jpg) ![The image features a large red circle centered on a white background. Inside the circle is a white, sans-serif capital letter 'E'.](.2025_Smart_Manufacturing_Brochure/bb6928dea44734b9b650b7f05c9647aae1f8969607cb52dc605d5e54ee67d527.jpg) # Data Acquisition • Device condition monitoring • Predictive maintenance ![The image displays a solid red circle containing a white capital letter 'F' centered within it.](.2025_Smart_Manufacturing_Brochure/18505ffdabd4592b1c28d8db89dba69f5ec27d0f4670ea73de825d2c51d9ed68.jpg) # AI-enabled Product Inspection - Improved inspection speed and accuracy - Reduce manpower and human error ![A red circle containing a white capital letter 'G'.](.2025_Smart_Manufacturing_Brochure/aa6547bccd3646893943b811ca3eab75c65e7d183101bfa6f171b6e3adf09fef.jpg) # Energy Management - Streamlined energy data conversion for centralized energy management - Analyze power consumption hotspots to reduce carbon emissions EdgeGO ![P5G](.2025_Smart_Manufacturing_Brochure/76734cee2eb89aab1fe6fb7ba1d8356367695c64e24043e9027bab9310d0079a.jpg) ![The image displays a 3D isometric rendering of a small, box-like electronic device. The device features a black base and a white middle band. On the top surface, there is a square recessed area filled with a brown, porous material resembling a sponge. A small red rectangular detail is visible on the side of the black base. Faint, wavy lines emanate from the top left corner, suggesting sound or vibration.](.2025_Smart_Manufacturing_Brochure/e3ed5d8cc1e786770256cd717dfad2459a9bc3f38336eeee2f0528a2f73e53ce.jpg) ![Isometric illustration of a factory assembly line with robotic arms and workers (no text or symbols)](.2025_Smart_Manufacturing_Brochure/814a21cf1d8eb7405adb322dc77a1611ee94d402d97013b5163c2040ecfcd717.jpg) ![The image displays a computer-generated scene of an industrial facility. In the top left corner, a green circle contains the letter 'H'. Large cylindrical rollers are positioned at the top right. A figure wearing blue scrubs stands near the rollers. Below, a conveyor belt with a slatted metal top runs diagonally, holding a green box on its left end. In the bottom right, a second figure in blue scrubs walks away from the viewer alongside a wire mesh fence. A small grey dot is visible at the bottom center.](.2025_Smart_Manufacturing_Brochure/be36c79663b9b827a7ff2ae84990a3c5fa958296c522b3e181ff74f91ed61abe.jpg) ![EdgeGO Facility and Labor Management](.2025_Smart_Manufacturing_Brochure/6ac2a8b961ae5b763f988010530dc5b96d6170b85526808530a4f0394f797c44.jpg) ![A red circle with a white capital letter 'K' inside it, positioned above a thin black horizontal line.](.2025_Smart_Manufacturing_Brochure/94473eac3a83a2a903f37db9d4487e6e78f270e90b983614810b1ad7aac6906e.jpg) # HMI - Visualize filed site data - Integrated with PLC and PC-based motion control ![The image displays a large white capital letter 'L' centered within a solid red circle.](.2025_Smart_Manufacturing_Brochure/1d70f08f2af7a1f0df7c14a35a898395452de33b9efeb2080306f3c48e672259.jpg) # AMR - Integrated with Robot arm and other devices - Fleet management ![The image features a solid red circle containing a white capital letter 'H' in the center.](.2025_Smart_Manufacturing_Brochure/e0d12e02446aa886475a219d4ff92471a03c0b1eb373cd31a9dff6d514924ab9.jpg) # Condition Monitoring - Instant monitoring and alarm • Equipment life cycle warning ![The image displays a solid red circle centered on a white background. Inside the circle is a vertical white rectangular bar.](.2025_Smart_Manufacturing_Brochure/ad3d8d6ab375d33a3a44b4ee2b9e3fd0a1e211684c6af075954796a22db02c0b.jpg) # Data to Decision • Remote edge device management • Data acquisition and visualization ![The image shows a solid red circle containing a white, capital letter 'J' centered within it.](.2025_Smart_Manufacturing_Brochure/c63b11a2baea62af6a57564bbe08ad73377f75de1e345e9e3adefd509085f799.jpg) # Virtual Fence - Robot hazard prevention • Protective equipment detection Data Acquisition ![Exterior view of ADLINK networking equipment including a circuit board, multiple connected modules, and a network switch (no visible text or symbols)](.2025_Smart_Manufacturing_Brochure/56460de5e7c7ef0530ec5f540c3ef0eb9668dd40cca5c4f0c6a17d24182af6f0.jpg) PXI Chassis & Controller ![The image displays a telecommunications chassis system, specifically identified by the text 'M6000' and 'M6000 Multi-service Chassis' printed on the top front panel of the main unit. On the right, the large silver rack-mounted chassis is shown with its internal slots populated by vertical circuit boards and modules. To the left of the main unit, three separate components are depicted in an exploded view: a small gray interface panel with ports, a larger module revealing blue internal components and attached cables, and a flat faceplate. The entire unit rests on short black legs.](.2025_Smart_Manufacturing_Brochure/51374c8e9181df8ff63fcdd757ec3fd014cbd10fa35fe4665bde3408a7896a7a.jpg) Autonomous Mobile Robot ![The image displays a blue robotic mobile base or automated guided vehicle (AGV). It features a large, flat black top plate with several circular mounting holes. The blue chassis includes a large silver wheel on the side and red components, likely sensors or bumpers, attached to the corners. A small digital display panel and a green indicator light are visible on the front edge of the chassis. The object is angled slightly from above and behind, showcasing its side profile and mobility wheels.](.2025_Smart_Manufacturing_Brochure/eb798471c594c72bad232c185f49d1f51c35186a9b2954fdddc86b797eb77ec0.jpg) HMI Panel PC & Touch Monitor ![The image shows a computer monitor displaying a software interface, likely for audio synthesis or music production. The application has a light gray, windowed layout with a central nested window featuring graphical waveforms at the top, followed by rows of buttons and sliders. Below this is a row of colorful circular buttons. To the right of the main interface is a vertical control strip with knobs and a grid of buttons. On the far left is a vertical panel resembling a preset browser. At the bottom center of the screen, the text 'GFORCE' is visible.](.2025_Smart_Manufacturing_Brochure/0cdc662352ea7a98d9daf4a0e50f806d1fc5e8c17b0ebfd3bee5a665bad208c4.jpg) ![The image displays a close-up, side-view of three individuals working in what appears to be a laboratory or cleanroom setting. They are all wearing matching blue protective coveralls and white gloves. The person in the immediate foreground is a young man with glasses, looking down intently as he manipulates a device or component on a table. Behind him, a second person with dark hair and glasses is similarly focused on their task. A third individual is visible in the background, slightly out of focus. The scene is brightly lit, highlighting the precision of their work.](.2025_Smart_Manufacturing_Brochure/d1cafd14e65384ce8efa56773e609477e393e8c81e88d0a4983cc23fbc33e839.jpg) # Assembly SOP Compliance Monitoring Real-time monitoring for accurate assembly with immediate inspections and image records reduce testing and extra costs. AI monitoring detects missing parts, ensures proper installation, and enables screenshot uploads for production records, improving yield rate and minimizing manual inspections. # Solution Features - NEON all-in-one AI smart camera that saves cabling and deployment efforts - Industrial-grade IM series true flat monitor for real-time SOP monitoring # Customer Benefits - NEON built-in with EVA AI vision analytics software for faster time to application - Upload cycle time logs and operational images files for analysis and traceability - User alert for excessive assembly cycle time using digital I/Os ![NVIDIA NEON AI Smart Camera ADLINK AI SOP Monitoring system from inhouse System integrater](.2025_Smart_Manufacturing_Brochure/f652b6bab2a2084c9807cbcf9f74610fa3b93b185f8ef6a2678550b1ffa1ebd5.jpg) ![This image features a 3D technical rendering of camera lens components against a white background. On the left, a large lens assembly is shown with blue light rays entering the glass elements. Below it, a smaller lens unit is depicted with a purple light ray passing through it. To the right, the individual glass elements are separated in an 'exploded' view, displaying various lens shapes and thicknesses lined up horizontally.](.2025_Smart_Manufacturing_Brochure/a781b658ea1e638c9d90b88d7feceeabe1c15248c778ca4a3312b79931dd789b.jpg) # Multi-Camera Inspection for Smart Phone Lens Simultaneously using multiple cameras to capture different areas ensures each lens meets quality standards from the center to edges, enabling fast defect detection and enhancing product quality. # Solution Features - USB3 vision capture card that supports up to 12 USB ports for multiple cameras connections with data transfer up to 5 Gb/S and 1.5A per port - IMB-M47 industrial ATX motherboards that supports the latest Intel processors and 128 GB DDR5 memory to fulfill edge AI applications # Customer Benefits - ADLINK offers one stop shop for IPC and vision capture cards to deliver high stability, high efficient edge AI vision - Guaranteed 7.5W per port power and 4-pin Molex connector for stable voltage ensures consistent grayscale and MTF values with no frame drops ![Based on the provided image, here is an accurate and concise description of the flowchart and block diagram: **Labeled Blocks:** * **MTF Measurement System** (Green box pointing to a large machine on the left) * **IMB-M47** (Red box pointing to a motherboard at the bottom right) * **PCle-U308** (Orange box pointing to a set of expansion cards) * **US3 VISION** (Red text located between the expansion cards and the cameras) * **Camera 1 Camera 2** (Label for two cameras grouped together) * **Camera 32** (Label for a single camera) * **Lens MTF Chart** (Blue box pointing to a monitor screen at the top right) **Connections:** * A red arrow points upward from the **IMB-M47** block to the **PCle-U308** block. * A red arrow points upward from the **PCle-U308** block towards the **US3 VISION** text and the cameras. * A dashed line connects **Camera 1 Camera 2** to **Camera 32**. * A red arrow points upward from the cameras to the monitor screen. * A red arrow points upward from the cameras to the monitor displaying the chart. * (Implicitly) A faint pink cone suggests a projection or data flow from the 'MTF Measurement System' machine on the left to the monitor and camera setup on the right.](.2025_Smart_Manufacturing_Brochure/90dc07c1e825244ae8ce1f080e1cdaf9d247afd2689033d0151c69900d55aed0.jpg) ![This image shows an industrial conveyor belt system transporting rows of blue and silver aluminum cans. Metal guide rods hang from a frame above the cans, aligning them as they move diagonally across the frame. The cans are packed tightly in rows. No legible text is visible.](.2025_Smart_Manufacturing_Brochure/1cadb24dd14e949dedb0afcaebbb06152d55d33b0d42c559c0f196d210c462c0.jpg) # AI-based Defect Inspection for Food & Beverage Industry The food and beverage industry secure production quality with AI-powered smart cameras, enabling real-time inspection, defect detection, and process monitoring. With edge computing, the system ensures instant decision-making, enhancing quality control and operational reliability. # Solution Features - NEON AI Smart Camera installed for real-time defect detection and monitoring - Edge computing capabilities for instant decision-making and reduced latency - Industrial-grade design for reliable operation in harsh environments # Customer Benefits - The AI-enabled monitoring improves the accuracy and efficiency of defect inspection especially for high-throughput bottling applications - Higher traceability with logging of production data for further analytics and improvement ![NEON AI Smart Camera NVIDIA](.2025_Smart_Manufacturing_Brochure/e1e4af335662eebc65145af610264039f3438dd1b177a626a87f68fef5c5b3e3.jpg) ![The image displays a worker wearing a white hard hat, safety glasses, and a blue and black jacket standing next to industrial machinery. White steam or mist is billowing from a large white hose connected to the equipment on the left. The worker is holding a small device and looking down at it. On the side of the machine, a blue and white sign reads 'CAUTION HIGH PRESSURE'. Another panel with red indicators is visible on the machine's control box.](.2025_Smart_Manufacturing_Brochure/f35222b7e67623c54979953246425a858f8420c68ad723c6a171f77780df605a.jpg) # Secure Chemical Unloading with AI-Based E-Fence Hazardous chemicals offloading may risk personnel by human error, but it can be solved by installing AI-based E-fence. The E-fence uses the AI smart camera to detect and alert if any object or personnel enter the defined dangerous zones, greatly enhance worker safety. # Solution Features - All-in-one NEON AI camera for easy installation and faster AI deployment - Industrial-grade digital I/Os for lighting or alarm alters # Customer Benefits - Solves the legacy compatibility and reliability issues, streamlines installation and maintenance, saving considerable costs and resources - Eliminating encoding/decoding, retaining critical resources for inference, and resulting in higher frames-per-second with lower latency ![AI Inference for Protection Equipment Detection License plate: ABC-XXX Truck Neonatal detected cones:1.0 car Reinforcing protective device OK: 1.0 OK: truck cones:1.0 cones:1.0 OK: off cones:1.0 NVIDIA NEON AI Smart Camera](.2025_Smart_Manufacturing_Brochure/0ce5babc319e7bc8d3595f60074df0cfffe90c43d475a8d7ed828a53716520e3.jpg) # Energy Efficient and Sustainable Factory ![This is a blurry, top-down 3D rendering of an industrial facility, likely a chemical plant or refinery. The scene features two tall, vertical processing towers on the left, connected by a network of blue pipes to various horizontal storage tanks and processing equipment. On the right side, a large, white rectangular building with a flat roof and side-mounted ventilation units is visible. The layout is set against a plain, light beige background representing the ground. There is no text present in the image.](.2025_Smart_Manufacturing_Brochure/ba776e78945d5be69fbd92055d1797e3aaf1e84a47db82447f2a3ac3b51117d6.jpg) # Factory Energy Management An Energy Management System (EMS) in smart manufacturing optimizes energy usage and reduces costs by utilizing Edge data transmission and analytics to monitor, control, and enhance energy consumption and production processes, thereby promoting environmental sustainability # Solution Features - Arm-based programmable IIoT gateway (EMP-200 Series) - Integrated CT sensors, remote I/O, IIoT gateways - The IIoT Gateway support intelligent energy management software for dashboard and analytics # Customer Benefits - Visualizes power data and detects abnormalities, ensuring the safe operation of electric systems - Lower productivity cost and greater carbon reduction layout - Able to collaborate with 3rd party software to deliver the integrated energy management solutions ![Based on the provided image, here is an accurate and concise description of the flowchart and block diagram: **Labeled Blocks (Physical Machinery - Left Side):** * **Pump:** Located near the top, connected to two large blue tanks. * **Robot:** A mechanical arm situated near a conveyor belt. * **Bearing:** A component located near the robot arm. * **Fan:** Located on the left side, near a large circular housing. * **Motor:** Located at the bottom left. **Labeled Blocks (Data Flow - Right Side):** * **CT Sensor:** Three distinct blocks representing sensors. * **Remote IO:** A central block receiving data. * **Modbus:** An icon/label appearing twice, associated with the sensor connections. * **4G:** Label indicating wireless connectivity for the gateway. * **EMU-200 series IIoT Gateway:** A black hardware device with antennas. * **MQTT:** Label indicating the protocol used for the final connection. * **EGiFlow:** Text label above the gateway. * **AUO:** Logo at the bottom center. **Connections:** * **Sensors to Remote IO:** Three blue arrows originate from the 'CT Sensor' blocks and point towards the 'Remote IO' block. Two of these paths are marked with a 'Modbus' icon. * **Remote IO to Gateway:** A single blue arrow connects the 'Remote IO' block to the 'EMU-200 series IIoT Gateway'. * **Gateway to Dashboard:** An orange arrow labeled 'MQTT' points from the 'EMU-200 series IIoT Gateway' down to a software dashboard interface displaying graphs and gauges.](.2025_Smart_Manufacturing_Brochure/423ce62832ea68d627c4a90ec98d5aa284aa6221bd977d6aaa44a1a0e600da89.jpg) ![The image displays a black wireless router or modem viewed from a rear angle. It features four tall, vertical black antennas extending from the top. On the rear panel, there are several ports accompanied by white text labels reading: 'INTERNET', 'LAN 1', 'LAN 2', 'LAN 3', 'LAN 4', and 'POWER'. Small red and green LED indicator lights are visible above the ports.](.2025_Smart_Manufacturing_Brochure/b983c665023ab062326099bc2ceb232f6512a2e8ce7cc16bb9ff5c637bce727f.jpg) ![This image displays a dark-themed dashboard interface featuring various data visualization charts. **Header:** - Top left: 'Dashboard' - Top right: 'Users', 'Settings', 'Help' **Main Content:** - Top Left: A donut chart labeled 'Conversion Rate' displaying '75%'. - Top Middle: Horizontal bar chart labeled 'User Activity'. - Top Right: Vertical bar chart labeled 'Traffic Sources'. - Bottom Row: Three vertical bar charts labeled 'New Users', 'Bounce Rate', and 'Session Duration'.](.2025_Smart_Manufacturing_Brochure/a7662a56eacdf0f39caf68227b03539e97525c88ba9a2d5f5319448ed72e4be9.jpg) Intelligent Factory Energy System (iFEMS) ![The image displays a close-up view of a network switch faceplate featuring four rows of ports. To the left of the port columns, there are printed labels. The top two rows of ports are labeled with the numbers **1**, **2**, **3**, **4** and **5**, **6**, **7**, **8**. These upper ports are connected to fiber optic patch cords with orange and blue sheaths. The bottom two rows of ports are also labeled with the numbers **1**, **2**, **3**, **4** and **5**, **6**, **7**, **8**, and are connected to Ethernet cables with grey and blue sheaths. All connectors visible are black.](.2025_Smart_Manufacturing_Brochure/b2c803c1200f09575817fbe72cb083c21c624adae4a659b285a62cdcf4ec1bc3.jpg) # Monitor PLC Power Consumption As industries strive for net-zero emissions, PLC-based equipment requires seamless integration for unified data and monitoring. ADLINK collaborates with SI partners to deliver fully integrated hardware and software solution for quick deployment. # Solution Features - Application-ready IIoT Gateway to collect field data for analytics • Data visualization with customized factory layout - Integrated with ERP system for real-time business insights • Event notification via mobile devices # Customer Benefits • Real-time energy management dashboard • Power overuse alerts, stay ahead of potential issues - Uninterrupted data logging, no data loss during network outages ![The diagram depicts a data transmission workflow: 1. **Inputs:** Two blocks labeled '**Source**' (one resembling a traffic signal and one a sensor) connect via blue lines to a block labeled '**PLC Controller**'. 2. **Gateway:** The '**PLC Controller**' connects via two blue arrows to a device labeled '**EMU-200 series IIoT Gateway**' (positioned under the logo '**EGiFlow**'). 3. **Server:** The gateway connects via an orange arrow to a block labeled '**Server**'. A cloud icon labeled '**CLOUD**' floats above the server. 4. **Outputs:** From the '**Server**', orange arrows point to two destinations: * A screen labeled '**Dashboard**' (showing a pie chart). * A group labeled '**Event Notification**' (showing a smartphone and a green square with the text '**LINE**').](.2025_Smart_Manufacturing_Brochure/da67ed8fc5bfc82da78aeed0069595b1326bda206116978cdbb262d3589398e3.jpg) ![The image displays an interior view of an industrial facility, likely a mechanical room or boiler plant. In the foreground on the right, a large beige cylindrical vessel features white informational labels on its side and is connected to dark brown piping. Above this equipment, large white pipes with green identification bands run horizontally and vertically along the ceiling grid. The background reveals a spacious room with a concrete floor, a metal ceiling grid with lighting fixtures, and windows on the left wall. Further back, additional machinery and equipment are visible in the distance.](.2025_Smart_Manufacturing_Brochure/6b7ca6fb68fc9d68de1a0f4457d10e9b5dbd668569f2cbedb8d4f0795704b73a.jpg) # ESG Carbon Emissions Solution Meeting ESG goals requires accurate energy monitoring, but traditional methods lack real-tome insights. The EMU-200 IIoT Gateway with built-in EGiFlow software delivers real-time data acquisition, analytics, and visualization to monitor energy consumption. # Solution Features - Arm-based programmable IIoT gateway (EMP-200 Series) - EGiFlow software with built-in Modbus RTU protocol to obtain electricity meter data - Provides dashboard for energy consumption status for real-time monitoring and historical analytics # Customer Benefits • Real-time energy monitoring for better decision-making • Enhanced energy use efficiency & compliance - Seamless integration & data visualization for actionable insights ![The image shows a row of large white rectangular units sitting on a grassy field under a blue sky with clouds. The prominent unit in the foreground features a blue lightning bolt logo on the left side. Next to the logo, the text 'ENERGY' appears in blue capital letters on the top line, and 'STORAGE SYSTEM' appears in blue capital letters on the bottom line. Other similar units are visible in the background to the left.](.2025_Smart_Manufacturing_Brochure/05734ee86d6323afe0972fc6cbf51473c1e6b1bef88886c102a385a279ac379c.jpg) # Battery Energy Storage Systems (BESS) Battery Energy Storage System (BESS) plays a crucial role in modern energy management. With the built-in BMS (Battery Management System), it provides grid stability, and renewable energy integration to maximize the energy efficiency. # Solution Features - Seamless connection of the energy data via the IIoT gateway (EMP-200 Series) - Supports up to 8 battery packs for scalable power consumption • Supports frequency & voltage regulation • Stores excess solar power for later use - Provides backup power for critical infrastructure # Customer Benefits • Ensured battery reliability and lifespan - Minimize thermal runaway and fire hazards - Optimal power performance and costs ![This block diagram centers on the **EMU-200 series IIoT Gateway** (labeled with the brand **EGIFlow**). **Inputs (Left and Top):** * **ENERGY SOURCES** (depicting solar panels and power transmission lines) connects via blue arrows to the **EMU-200 series IIoT Gateway**. * A top block lists **Temperature Control**, **HAVAC Control**, and **Fire Control**, connecting via a blue arrow to the **EMU-200 series IIoT Gateway**. **Outputs and Connections (Right and Bottom):** * A blue arrow points downward from the Gateway to **Energy Management Software (EMS)**. * Three orange arrows point to the right to: **CLOUD**, **Power Meter**, and **Battery Management System (BMS)**. * An orange arrow connects the **Power Meter** to **BESS APPLICATIONS**.](.2025_Smart_Manufacturing_Brochure/8690adc49d2e0ad3c16d7ed293c96607bb7b5e85a64a0f3a24d04e1412e98606.jpg) ![The image displays a close-up view of a semiconductor testing process. Multiple thin, metallic probes extend from the left and right sides of the frame, converging toward a circular silicon wafer. The surface of the wafer features a distinct blue grid pattern. The background is dark and out of focus, highlighting the blue tones of the wafer and the metallic sheen of the probes. There is no visible text in the image.](.2025_Smart_Manufacturing_Brochure/4d68bf0856266ebd0630ba76f7a47f21fef833198220c5d6af1c319eda2d5d5a.jpg) # AI Vision Boosts Die/Wire Bonding Inspection NXP Semiconductors' smart factory exemplifies the drive for predictive maintenance and automation in manufacturing. These solutions enable real-time AI computing for Automated Optical Inspection (AOI), laying the foundation for full predictive maintenance and continuous operational optimization. # Solution Features - Comprehensive edge computing and display solutions ARM based Panel PC + NXP eIQ AI training software IIoT gateway to transmit data securely Streamlined device management with EdgeGo® Platform - Value-added service to meet customization # Customer Benefits • Testing efficiency up by 5x with 99.99% product yield • Centralized Edge Management with EdgeGo software • Data Security with Edge Computing ![4G EMU-210 IIoT Gateway OK Failed SP2-IMX8 Panel PC](.2025_Smart_Manufacturing_Brochure/ff0a0dcc78bf71b0bdd3cfbf93d1575f1dec31c1cdbc5c51e67c1da5739bd8a6.jpg) ![Two black, cylindrical optical lenses or probes are suspended in the upper foreground. Below them lies a flat surface displaying a grid pattern with iridescent, rainbow-colored reflections. The background is a blurred blue.](.2025_Smart_Manufacturing_Brochure/0e6dc93bf2ee61bdd5b9112040eca82c14bbf2cd2a179f30deb6f788fc4f0190.jpg) # Fast, Precise Wafer & Micro LED Inspection ADLINK's Edge AI vision, with advanced data forwarding, ensures high-speed image capture, processing, and real-time transmission, enabling higher yields, efficient manufacturing, and stringent quality assurance. # Solution Features - Euresys Coaxlink series frame grabber supports image forwarding to up to 10 computers to meet high-throughput inspection demand • One stop shop for frame grabber, GPU and IPC # Customer Benefits • High bandwidth, high-speed capture over long cable distances - Ultra low latency, up to 50Gbps for transmission up to 10 pcs • Real-time distributed or rule-based image analysis ![The flowchart illustrates a linear, three-stage process connected by dotted lines: 1. **Image Capture**: Represented by an icon of stacked photographs within a square frame. * **Connection**: A series of four teal dots connects this block to the next. 2. **Data Transmission**: Represented by an icon of a database cylinder with a circular arrow indicating transfer. * **Connection**: A series of four blue dots connects this block to the final stage. 3. **Real-time Analysis**: Represented by an icon of a document displaying a line graph and a magnifying glass.](.2025_Smart_Manufacturing_Brochure/8d0bcda2c82f3189651842631b1c5eff8b4bf3b0092a34da715371f4e44a356b.jpg) ![The diagram illustrates a hardware setup divided into two main sections labeled **Computer 1** and **Computer 2**. **Labeled Blocks:** * **Computer 1:** Contains a **Frame Grabber** board (displaying **euresys** and **CoaXPress** logos) and three graphics cards stacked below it labeled **GPUs**. * **Computer 2:** Contains a similar **Frame Grabber** board and three **GPUs** stacked below it. * **Camera:** Located to the far left. * **CoaXPress Cable:** The label for the orange connection line. **Connections:** * Four blue lines connect the **Camera** to the **Frame Grabber** in **Computer 1**. * An orange line labeled **CoaXPress Cable** connects the **Frame Grabber** in **Computer 1** to the **Frame Grabber** in **Computer 2**.](.2025_Smart_Manufacturing_Brochure/93f4aacadb3e4c114c22ffc6ffe6e5eaf1ff092bb6b36f2621b674ee1d961ace.jpg) ![The image displays a circular, metallic disc, resembling a semiconductor wafer, resting on a white vertical support. The surface of the disc features a vibrant, iridescent pattern of iridescent spots and streaks in hues of green, purple, yellow, and pink. The background is out of focus, showing a high-tech industrial or laboratory setting with a large piece of equipment emitting a reddish-pink glow. There is no visible text in the image.](.2025_Smart_Manufacturing_Brochure/edee93b0f31da0fc4491763ffc8ba9d7603f211aef951f8dcc5c8dc27d2dec52.jpg) # Critical Equipment Monitoring for Predictive Maintenance In semiconductor manufacturing, unplanned equipment shutdown can severely impact production yield. ADLINK's edge data acquisition solution enables real-time monitoring of equipment data and allow system integrators to easily perform advanced analytics for predictive maintenance. # Solution Features - The SDAQ-200 edge DAQ supports real-time data analytics and decimation - SDAQ-200 is built in DAQPilot utility for customized setup and mass device management - Timely capture vibration, voltage and current Data of the critical assets - Accelerate data analytics and diagnostics with simplified programming • A centralized platform to check the status # Customer Benefits ![This diagram illustrates a data acquisition and analysis system flow: 1. **Source/Input:** On the left, white industrial machinery (appearing to be a processing line with rollers) is shown. Two figures in blue uniforms stand nearby. 2. **Data Collection:** An orange beam connects the machinery to a black server unit. Below this unit is the label **SDAQ-204/216/218**. 3. **Data Transmission:** A blue line connects the black server to a control room on the right. Next to this connection is the text **Featured Data** followed by **RESTful API, MQTT**. 4. **Control Room:** On the far right, two people sit at desks facing a large video wall displaying various charts and graphs. 5. **Analysis Layer:** Above the central machinery and server, several floating screens display line graphs. Below these screens is the text **Data Computing and Analysis** and **Data Acquisition**.](.2025_Smart_Manufacturing_Brochure/117021da68d32d2e611f057aa6da2d75a3e0047faefbe1ab2d4e6b0ec0136b4b.jpg) ![The image shows a close-up of a robotic arm placing a small, square component onto a blue printed circuit board. The arm, which has a blue metallic housing, holds a green-tipped part above the board, which features intricate gold circuitry. Another square component is already attached to the board. Small white numbers '1' and '5' are visible on the left and right sides of the robotic arm's blue housing, respectively.](.2025_Smart_Manufacturing_Brochure/5db81e12487da8fd375aca6461a87ccd3ff5e7059bcf0bf178037a9bdf08cbe4.jpg) # Maximize Productivity in Die Bonding Semiconductor packaging equipment, particularly die bonding machines require high-speed and precise pick-and-place control aligned with the machine vision system and be capable of swiftly adjusting to fit various wafer types. # Solution Features - SuperCAT controller effectively supports control parameter adjustment and maintenance on the IPC platform - Achieve 125μs cycle time with multi-axis synchronous motion and machine vision control to ensure sub-micrometer positioning accuracy # Customer Benefits - Ultra-fast throughput enhancing production efficiency - Ensures high-accuracy die placement with synchronous motion and machine vision control - Improves yield and consistency with precise motion and vision integration ![3D rendering of a SuperCAT laboratory instrument with internal components and a yellow component on the tray (no visible text or symbols)](.2025_Smart_Manufacturing_Brochure/0b8611d24f67d25912712b7c127fe171f7ada4d9530d1acd64c4a638773ca2fb.jpg) SuperCAT Controller (Super-performance Soft EtherCAT Controller) # Securing EV Battery Manufacturing Quality # ELECTRODE MANUFACTURING # Inspect Battery Coating Quality with Line Scan Camera # Solution Features • High-resolution, continuous capture of coating thickness and defects • AI-enabled defect detection to deliver real-time analysis - Easily integrates into the existing battery production line # Products - Euresys Open eVision Deep Learning Studio for AI training and evaluation • PCIe-GIE74V/P frame grabber with PoE management ![Screenshot of euresys software interface showing a circuit board and a 3D product display with labeled components and images](.2025_Smart_Manufacturing_Brochure/5dc109784b8580d5d4e5646c790cfe6c72fb6c85a50152e2cdb0774a0a34dbfd.jpg) ![The image shows a light blue square with rounded corners, serving as an app icon. Inside the square is a white, thick, ribbon-like shape that forms a zig-zag pattern, resembling a stylized lowercase 'n' or an infinity symbol. On the extreme right edge, a small portion of a black circle is visible.](.2025_Smart_Manufacturing_Brochure/6f7a58923f59632a2d38534695eeb4734f24c45be3f2e33bbdf812808c7fab14.jpg) euresys a TKH Vision brand ![EtherCAT® RT25® SuperCAT® DAG VISION SuperCAT®](.2025_Smart_Manufacturing_Brochure/2195c5918688f4a691436236fe49e55cbc92cc54d39db59a8c933247150d91cd.jpg) # CELL ASSEMBLY # Lithium-ion Battery Electrodes Cutting & Welding # Solution Features - Real-time motion control integrated with machine vision optimizes multi-axis coordination for complex welding patterns and high-speed cutting - Reduces inconsistencies in cut edge smoothness, ensuring higher yields and battery quality # Products - SuperCAT, ADLINK super-performance Soft EtherCAT controller supports for real-time multi-axis motion and machine vision control needs - 125μs/16-axis control cycle, up to 128-axis synchronized control • High system stability with less than 2 $\mu$ s jitter ![Isometric illustration of a manufacturing machine with rollers and conveyor system (no text or symbols)](.2025_Smart_Manufacturing_Brochure/d436057d9d2e0793154f8013c8a7018aab76fb7e7cad41fbec2597aa69e1ef91.jpg) Battery M ![Isometric illustration of a robotic factory with two processing units and robotic arms (no text or symbols visible)](.2025_Smart_Manufacturing_Brochure/ec6719be300f12f8c8a3646b3a45b81a382211971d3bad44bb3d7b480ba9772f.jpg) # Battery Management System (BMS) # SMT Assembly Machine HMI # Solution Features • Comprehensive industrial monitors and panel PC lineup - Flexible value-added service and customization options • Certificated EMC and ESD Class B testing - On-Screen Display (OSD) button optimization # Products - Industrial Touch Monitors with 7"-43" options and flexible value-added service ![The image displays a framed photograph hanging on a wall. Inside the black frame is a photo of a large, brightly lit industrial factory floor. The facility features high ceilings with exposed steel trusses and rows of long, white automated machinery or assembly lines. Numerous workers wearing white protective uniforms are scattered throughout the room, working at various stations along the production lines.](.2025_Smart_Manufacturing_Brochure/cfd4570be97e71a773862b9619eb3b9d99b19c4557e75c49eb30367195b4317f.jpg) ![The image displays two vertical circular warning labels. The top label consists of a black circle outline enclosing the black uppercase text 'EMC' on a white background. Below it is a yellow circular label featuring a black triangle with a hand touching a circuit diagram (the ESD symbol) above the black uppercase text 'ESD'.](.2025_Smart_Manufacturing_Brochure/8886d1c4f8cde99a2acedc5c8402a201668f20b7b5967b59e1f3c1848d37ea8c.jpg) ![Isometric illustration of a modern industrial machine with control panel and conveyor system (no text or symbols visible)](.2025_Smart_Manufacturing_Brochure/7dbe77fddd5a05519b0680d8016f720b79e995e97b9c5f5d8644f5d69b4b6b34.jpg) # FORMATION & PACKING # Secure Cell Quality and Packing Testing with SMU # Solution Features \- A Source Measure Unit (SMU) is a high-precision instrument that can both source voltage/current and measure response characteristics simultaneously. In battery formation and packing, SMUs play a critical role in ensuring battery performance and safety through automated test sequences. # Products \- PXIe-9908 high-density SMU solution supports up to 160-ch testing - High precision 100nA to 100mA current source and measure, and configurable ±30V or -10V/+20V voltage source and measure ![Exterior view of a large industrial control unit with visible internal components and external cooling panel (no text or symbols)](.2025_Smart_Manufacturing_Brochure/93ae0455a3270666395b105fcbf348e262353e44426b2b666349ace6b6c92342.jpg) # Automated Material Handling # Background A leading textiles and fiber company utilizes ADLINK's AMRs for material handling, achieving automated production and logistics with increased efficiency, reduced labor costs, and enhanced operational flexibility. This new deployment requires seamless integration with robot arm, production line and the factory facility. # Solution Features • Multiple robot collaboration - Precise tasking by vision-guided robot and AMR with positioning accuracy $\leq 1$ mm - Seamless cross-floor operation among AMR fleet, robot arms, production equipment, IT systems (WMS/MES/ERP), and even factory elevators # Offerings # SMR Series Compact, sturdy, and intelligent AMR - Powered by Swarm Core fleet management software • Real-time synchronous communication between robots, conveyors, and racks - Private 5G support to enable smooth mobility • Streamlined OT & IT connection • Support 250/1000 kg full loading # How ADLINK AMRs Help on the Floor? ![Industrial robotic arm and conveyor system in a factory setting (no visible text or symbols)](.2025_Smart_Manufacturing_Brochure/d5352a02b1c80c0b1999634d73d9a216acbc5b2d23ba009e5e6464a9b122ccf7.jpg) Reload the rolls with Cobot ![Interior view of a modern industrial facility with a blue autonomous storage platform and large metal enclosure (no visible text or symbols)](.2025_Smart_Manufacturing_Brochure/e70e046f66becc4d1290e314f489df85ebf26c55e8741a9284b6a7fdbc9f506f.jpg) Communicate with the elevator to move across floors ![Industrial robotic arm assembly with multiple cylindrical components and blue base platforms (no visible text or symbols)](.2025_Smart_Manufacturing_Brochure/b05772a754e04b05b8e9e34ff861f4ae380d32e1f584abd242a98554ad2f3398.jpg) Pick and place the fiber rolls ![Industrial cart with rolled cylindrical components on wheels, no visible text or symbols](.2025_Smart_Manufacturing_Brochure/c03698a6572db44884f91d7899a93ce6db534a939d2097ec3fe99ca5d844b503.jpg) Transport the fully loaded cart with Lift AMR ![Blue industrial robotic device with control buttons and a black top panel (no visible text or symbols)](.2025_Smart_Manufacturing_Brochure/c27193e3f9bf00ee3ddc8276d2d0fd1b7746ae882890b2660648ab3a1981fb9b.jpg) ![The image displays a blue hexagonal logo composed of blocky, geometric shapes that form the stylized letters 'E' and 'G'. Small red triangles are positioned at the top-left and bottom-right corners within the hexagon.](.2025_Smart_Manufacturing_Brochure/d85b90c2588e7233ab1db689943593e07d016f453c96b13e502ac071d57e0c38.jpg) # FARobot® ![Industrial robotic arm handling a cardboard box on a blue autonomous platform, with boxes in the background (no visible text or symbols)](.2025_Smart_Manufacturing_Brochure/2eb2d14d12e656d7b82ecd7b8a6f9debe851c4eebb25d66f7bea4ba9f6543d28.jpg) # Seamless Collaboration with Swarm Core ![Based on the image provided, here is an accurate and concise description of the flowchart: **Labeled Blocks:** * **MES**: A teal rectangular block at the top left. * **SWARM CORE**: A blue circular block in the center, containing a white cloud graphic. **Visual Components (Unlabeled):** * A blue metal shelving unit filled with cardboard boxes on the right. * A mobile robot platform at the bottom. **Connections (Green Dotted Lines):** * A vertical line connects the **MES** block to the **SWARM CORE** block. * A diagonal line connects the **SWARM CORE** block to the shelving unit. * Two diagonal lines connect the **SWARM CORE** block to the robot.](.2025_Smart_Manufacturing_Brochure/c963dcfb7f4e0f5f0f9e968073164438c7688537ed357a4e122c9c23f5c6b0c3.jpg) Streamline IT & OT Connection ![Illustration of two cardboard boxes on a transport cart with a 'SWARM CORE' logo nearby (no text or symbols on the diagram itself)](.2025_Smart_Manufacturing_Brochure/b01d628b0a4456c7645db89949b303caf77ac5c951ad423cf7e34a907029d96e.jpg) Real-time AMRs Interoperability ![Illustration of a person standing next to a blue autonomous vehicle with a curved trajectory line in the background (no text or symbols)](.2025_Smart_Manufacturing_Brochure/b7d1c29a6e5df69119eaae551520a0dc2fedd200c7b71123fadde67b4edbc073.jpg) Adaptive Navigation System # Optimizing production efficiency with material handling # SMR Series AMR - SMR250 1.5 m/s max speed with 250kg payload - SMR1000 1.0 m/s max speed with 1000kg payload ![The image displays a stylized QR code icon enclosed within a light grey, rounded square that resembles a button or app icon. The QR code is depicted in medium grey lines, featuring three hollow square markers at the corners (top-left, bottom-left, and bottom-right) and a central solid square. These elements are connected by thick, angular lines that resemble a circuit board schematic, ending in small circles. There is no text in the image.](.2025_Smart_Manufacturing_Brochure/2402bafb238af1ce6116fa6e9f4158e8b42f597328e75802ddbb872b1107fc8d.jpg) Heterogeneous Integration Top-modules (robot arm, conveyor), IPC/PLC equipment, third-party AMRs and IT systems ![Two blue autonomous guided vehicles with red wheels, one labeled 'FAIR' and the other 'FAIRobot', with a 'SWARM CORE' badge (no additional text or symbols visible on the vehicles themselves)](.2025_Smart_Manufacturing_Brochure/8e7128f4df612a92480feb2425da6f14e0952ec1b84afbdcbee17983904d5c43.jpg) ![This image displays a square icon with rounded corners and a white background. In the center is a grey graphic depicting a gear (cogwheel) at the bottom and a semi-circular gauge or speedometer with a needle pointing toward the upper right above it.](.2025_Smart_Manufacturing_Brochure/884a7cf977d7a780d1f5ada9ae03527cda67b55972dc1e1fa46efd842df91cf8.jpg) Real-time Fleet Management Task-oriented planning, dynamic routing and traffic re-scheduling ![The image displays a digital icon featuring a light gray square with rounded corners. Centered within the square is a darker gray shield shape. Inside the shield is a white circle, and inside the circle is a bold, dark gray checkmark. There is no text visible in the image.](.2025_Smart_Manufacturing_Brochure/5e5d61572a8d96bd3e7df4a9badee40004e917b946c5efe7358683945e344dee.jpg) Optimized Safety Automatic obstacle avoidance Multi-safe zone & speed setting ISO 3691-4 and EN1175 certified # EtherCAT-based Motion Control and I/O # APSDK Automation Software - Bult-in utility to manage ADLINK's motion and I/O products • Hardware and OS independent ![APS Automation Software](.2025_Smart_Manufacturing_Brochure/7d9af554e0b0d9eaa0d2d7f95a4271d436c91f016ed4fcfa7a9eb6e83710ea28.jpg) # 400+ motion functions with no-code testing ![The image displays a logo composed of a red triangle pointing to the right positioned above a black lightning bolt shape also pointing to the right. The arrangement of these geometric shapes creates a stylized appearance resembling the letter 'R'.](.2025_Smart_Manufacturing_Brochure/d9224873085c5a84b373e771159adf54c8063b0577bd63f45199e56e3eb1d25b.jpg) # SuperCAT ![The image shows a graphic featuring three 3D cubes stacked in a pyramid formation on a white background. * **Top Cube:** A red cube displaying a white icon of a hand pressing a button. Below the icon is the text 'Control'. * **Bottom Left Cube:** A yellow cube displaying a white icon of three connected dots (a network symbol). Below the icon is the text 'Connect'. * **Bottom Right Cube:** A dark grey cube displaying a white clock icon. Below the icon is the text 'Real-Time'. To the left of the cubes, a partial logo is visible showing the letters 'AT' with a black arrow pointing to the left.](.2025_Smart_Manufacturing_Brochure/d27b2ffb56551a4740a31f23fbfbcb68bafc7a4574487f7b57f72880441144c9.jpg) ![The image displays a black, vertical computer chassis, likely an industrial PC or embedded system. On the left side of the front panel, the word 'Matrix' is printed vertically in white, accompanied by a small geometric logo above it. The center of the front face features a dense array of connectivity ports, including USB connectors, a blue VGA port, serial ports, and green screw-terminal blocks. To the right, there is a ventilation grill near the top and two vertical drive bays covered by white strips near the bottom. The left side of the unit is dominated by a large, ribbed heatsink structure.](.2025_Smart_Manufacturing_Brochure/430124b60b864ab69dd43abdacb6e0f27d4f7fc437deaac74aa7caf09ba37a0f.jpg) # SuperCAT Series PC-based Super-performance Soft EtherCAT Controller • Supports 125 $\mu$ s EtherCAT control cycle and up to 128 axis control • Supports applications run in a real-time environment # EtherCAT® ![The image displays a graphic logo set against a white background. It features abstract, blocky shapes in black and red. On the left, there is a black shape resembling the letter 'R' or a stylized flag. To the right, two red horizontal bars are angled upwards, resembling flags. Below the red bars, there is a black shape resembling the letter 'T'. A small 'TM' trademark symbol is visible near the bottom left of the black shape.](.2025_Smart_Manufacturing_Brochure/989c14f80c45254b66f6d7b472119c6bf4a142d4a9774f5cf59814f1fa18f72c.jpg) # PCIe-8330 Series PCIe-based Motion Control Card - Up to 64-axis control and 10,000 I/O point control - EtherCAT cycle times up to 250μs ![This image displays a dual-port Gigabit Ethernet network interface card (NIC) designed for a PCI Express slot. The card features a green printed circuit board (PCB) with a silver metal I/O bracket on the left side. Two RJ45 Ethernet ports are visible on the bracket, accompanied by small yellow and green LED indicator lights. A large black heatsink covers the central processing area, surrounded by various black integrated circuit chips. At the bottom edge, gold connector pins for the PCIe slot are visible. The background is split diagonally, with a white upper section and a light green lower section. There is no legible text visible on the device.](.2025_Smart_Manufacturing_Brochure/95bd66b60f654e3f2a124b081bffaba7eaa1cc441336faf861cf21eed9963c51.jpg) ![The image displays a close-up, angled view of an electronic module, likely an industrial PLC I/O card, housed within a silver metal chassis. On the far left, a blue circuit board features a white sticker with the text '123456'. Next to it are five vertical silver aluminum heat sinks, each topped with a small white label reading '123456'. To the right of the heat sinks is a column of four green terminal blocks. The bottom edge of the metal casing features a row of small ventilation holes. A white vertical connector or bracket is visible on the far left edge.](.2025_Smart_Manufacturing_Brochure/632a6bf3472845f763a19ab08e612a04df204c792a35fa85f06c14f71f298585.jpg) ![The image displays a piece of industrial electronic hardware, likely an I/O module or control unit, housed within a white plastic tray. The components are arranged in a row from left to right. On the far left is a blue circuit board section with a white label containing illegible text. Next to it is a row of vertical silver rectangular blocks, appearing to be connectors or relays. Following the silver blocks are two small green terminal blocks. On the far right side, there is a vertical stack of four larger green terminal blocks. The white casing features mounting flanges on the sides and a series of rectangular ventilation slots along the bottom edge.](.2025_Smart_Manufacturing_Brochure/c7ae19440e51801d3d68f74a13724b28cb63e5184b5b1622e9f497ae3ed55e91.jpg) # ECAT-TRG4 Supports multiple triggers simultaneously for AOI, glue dispensing, display tests, and storage assembly applications. # ECAT-4XMO Supports high-speed triggers, encoder re-drive, and 4-axis motion control, bridging EtherCAT and non-EtherCAT systems for versatile automation. ![The image shows a black D-Link network switch module mounted on a green circuit board. Three silver CR2032 coin cell batteries are positioned side-by-side on the board beneath the switch. To the right of the batteries is a black screw terminal block. The switch module has two RJ45 ports on the front and a green pin header on top. Visible text on the module includes '1', '10/100 Mbps', 'D-Link', and 'DES-100...'.](.2025_Smart_Manufacturing_Brochure/23053fadee3097f056939411d564af1d51aa9cb61fd29272b8e18069e37c80a2.jpg) # ECAT-IO Series Supports modular, high-density design and precise I/O synchronization for critical applications. ![The image shows a white industrial automation component, specifically a Beckhoff BK 9000 BusCoupler with an attached expansion module. * **Vertical Module (Left):** This unit stands upright with a row of orange clips along its top edge. The front face displays the Beckhoff logo (a triangle with a dot), the text '**BK 9000**' in the upper right corner, and '**BusCoupler**' near the bottom left. It features three communication ports labeled '**X1**', '**X2**', and '**COM**', along with the '**CE**' marking. * **Horizontal Module (Right):** Attached to the right side is a horizontal unit with a row of vertical slots containing green and blue internal components. Below these slots is a grid of numerous small orange terminal blocks. A small white tag hangs from the side of this module.](.2025_Smart_Manufacturing_Brochure/35be32bf4820c5973e39881993d6e2569f0234677662bd267a05fc8a1aed7fa1.jpg) # ES Series Comprehensive EtherCAT modules including coupler, digital I/O, analog I/O, power supply and terminal shield ![The image shows a black, rectangular industrial electronic device, appearing to be a power supply or inverter, standing upright. **Text on the front faceplate:** * **Top Left:** '3610' * **Top Right:** 'AC-DC INVERTER' * **Center:** A large grid of small text containing technical specifications and diagrams (illegible). * **Lower Section:** * 'Model: 3610' * 'Serial No:' * 'Date:' * **Bottom Left:** 'ThyssenKrupp' logo. * **Bottom Right:** '3610' logo. **Other details:** * On the right side edge, there is a blue connector with vertical text reading '3610' and '15'. * At the bottom right, a green terminal block is visible with an orange wire and a white/green striped wire connected.](.2025_Smart_Manufacturing_Brochure/ccb5da09a66ffe1e9e4b99dccc3b486b83692d122568b81a0ce0cd280c2da5d7.jpg) # Nu-Step DA Series Delivers stable operation, multiple control modes, and built-in comparison triggers for various applications ![The image displays a black-and-white line drawing of a digital camera icon. It is depicted vertically as a rectangular device. A large lens composed of concentric circles is centered on the face of the camera. A rectangular flash housing is visible at the top right. On the left side, there are small circles representing buttons or dials near the top and bottom edges.](.2025_Smart_Manufacturing_Brochure/f20b924ebcdfd3a4db15144c8e1eb94499b11648c9e673f73bb97ffbc327e318.jpg) Camera ![The image displays a grayscale, circular graphic centered on a white background. It resembles a lemon slice or a bullseye target, composed of concentric rings of alternating light and dark gray shades radiating outward from a small, solid central circle.](.2025_Smart_Manufacturing_Brochure/bce8e1c1476992954ae00c2c7868a92f7134a2aedb60c94e747217225cb3b68f.jpg) Light ![The image displays a simple schematic diagram of an electrical circuit. On the left, a battery is depicted as a rectangle with a small terminal protruding from the left side. On the right, a light bulb is shown as a circle with a loop inside representing the filament. The two components are connected by lines. Inside the light bulb, the text 'JMF' is visible in a stylized, outlined font.](.2025_Smart_Manufacturing_Brochure/8b48ff79b51f5d94c862d563c75aa9c0f8367c27732634fca6cce3ac2abcaf63.jpg) Encoder ![This is a black and white line drawing depicting a mechanical device. On the far left, there is a vertical section featuring horizontal slats, resembling a vent or fan housing. Connected to this is a larger, rectangular main body. On top of this body sits a smaller rectangular protrusion containing a tiny square detail. A horizontal line runs across the lower portion of the main body, and a small circle protrudes from the right side.](.2025_Smart_Manufacturing_Brochure/8a2d75cd21d3a6510ead6c8b10b0d98eb51fafc5fddfb2ef7b3c4377456d429d.jpg) Servo ![This is a black-and-white line drawing of a mechanical device, likely a solenoid or valve. The image features a central rectangular body filled with numerous vertical parallel lines. To the left of this central section, a smaller rectangular shaft extends horizontally outward. To the right, there is a smaller section containing vertical lines and two small triangular shapes near the edge. The entire assembly is enclosed within a thin, roughly rectangular border.](.2025_Smart_Manufacturing_Brochure/2fb4d9b9dead40968beca6f6d7316ad54bd5086262008b64144d80a88309f3e0.jpg) Stepper ![The image displays a black line drawing on a white background, resembling a stylized tree or a technology icon. It features a central vertical stem with horizontal, zigzagging lines branching off to the left and right. At the very top, centered above the branches, is a small circle.](.2025_Smart_Manufacturing_Brochure/8bb6194672f14e07fdec91e8a9dee38280bffb8c77c3b4f6c8fb3d76c2bdac14.jpg) AI ![The image displays a black line drawing on a white background that resembles a stylized electrocardiogram (ECG) waveform. The line extends from the left, featuring a small initial undulation before rising sharply into a tall, narrow central spike. After the spike descends, the line curves to the right, forming a small, open loop or spiral. There is no text present in the image.](.2025_Smart_Manufacturing_Brochure/6bc07d23f0f929effa16e253763605483226989bb33518e407085d277594185f.jpg) AO ![The image displays a simple grey icon on a white background. It features a circle containing a right-pointing triangle (the universal symbol for 'play'). To the immediate left of the circle, there are two short, diagonal lines angled upwards, resembling sound waves or vibration marks.](.2025_Smart_Manufacturing_Brochure/a7c151deb931222a96812708ca96977a2651fa6e855aa21e2c743ae6a964303f.jpg) DI ![A simple line drawing of a bell that appears to be ringing, indicated by radiating lines around its upper section. It features a domed top, a vertical clapper inside, and a small circular loop at the bottom center.](.2025_Smart_Manufacturing_Brochure/73a37d61b9e9590dd8a9d6807e59af20fad46b6842caf4f94499489bc6b5e06e.jpg) DO ![The image displays a horizontal row of four gray icons arranged on a light background. From left to right, the icons appear to be: 1. A vertical zig-zag line. 2. A solid vertical line. 3. A vertical line with a small circle at its top end. 4. A vertical line crossed by a diagonal line near the bottom.](.2025_Smart_Manufacturing_Brochure/c870581cad7ba4a7dec8be38fd1c91b49e368d8d77d4299d4dc436153fb18534.jpg) Relay # AI Smart Camera # NEON AI Smart Camera - NVIDIA® Jetson platform (Orin Nano™/ Xavier NX/N - All-in-one design minimizes cabling, footprint and maintenance - Supporting various types of image sensors to fit user applications ![The image displays the NVIDIA logo, featuring a green, stylized eye shape centered in the frame. The background is divided vertically down the middle: the left half is white, and the right half is a solid green square. The logo is superimposed over the center, spanning across both background colors. There is no text in the image.](.2025_Smart_Manufacturing_Brochure/1ab16af89a29cdf34b4ce50d7ee384fad7bcdf117ee191384ade08477b521ad2.jpg) # NVIDIA ![A silver, boxy digital camera is shown from a front-right angle. A large, black lens assembly protrudes from the front left. The front face features a panel with diagonal black lines below the lens. On the right side of the camera body, there is vertical text reading 'NOEN' next to a small red logo and horizontal lines. Text on the top edge also appears to read 'NOEN'.](.2025_Smart_Manufacturing_Brochure/e12ea6878a7c24122291c766610de98d118ad397a7e377adecb9bb65ec80d16a.jpg) ![The image displays a close-up, vertical view of a white, rectangular electronic device, appearing to be a camera or sensor unit. It is mounted on a thin, vertical metal rod at the bottom. The front face features a large, black circular camera lens dominating the upper center. Below the lens is a recessed section with diagonal ribbing or fins, flanked on either side by vertical strips containing small black mounting points or screws. The casing is white and appears to be made of plastic.](.2025_Smart_Manufacturing_Brochure/03afe4e41c93309259f77e5ec84a1f5b10be553047b1e104aa47e58c2553a711.jpg) # EVA Edge Vision Analytics Software • No/Low-code Edge Vision Analysis - Simplified image capturing - Pre-processing and AI inference ![The image features a logo with the letters 'EVA' in a bold, sans-serif font. The letter 'E' is black. The letter 'V' is formed by a black left diagonal and a thick red right diagonal. The letter 'A' is black. Below the logo, the text 'EDGE VISION ANALYTICS' is written in smaller, black, uppercase letters.](.2025_Smart_Manufacturing_Brochure/36f32c6d768c7514dfe1d6c40774361134fcc9ea3076ae0dc615455bf96cb235.jpg) ![EDGE VISION ANALYTICS](.2025_Smart_Manufacturing_Brochure/aa504244a58cbe3e18d3acb48373de69f86c69113bd874612bb44a8c6b2663fb.jpg) # Vision Capture Card # PCIe Series Full product line support, including analog, GigE Vision, USB3 Vision, CoaXPress, and Camera Link - Compatible with most popular cameras and software - Integrated with ADLINK Motion, I/O cards and IPC - Full product line support, including analog, GigE Vision, USB3 Vision, CoaXPress, and Camera Link - Compatible with most popular cameras and software - Integrated with ADLINK Motion, I/O cards and IPC ![Illustration of a green PCI expansion card with internal components and ports, no text or symbols present.](.2025_Smart_Manufacturing_Brochure/8569a1ffd56b4691e132ee515c7bc8e6224fc28c3f4658f833def97ea929757a.jpg) ![The image features a red rectangle with a thin white border. Centered within the red area is the number '10' in white text.](.2025_Smart_Manufacturing_Brochure/d8dbd64f4f71e7a694086c6c39bd611b60fa2ee7d1aa1cb83da9991d149d62c2.jpg) ![The image displays a logo featuring the text 'GiG' in large, bold black letters on the top line. To the right of 'GiG' are three horizontal red bars decreasing in width. Below the top text, the word 'VISION' is centered in smaller, grey capital letters.](.2025_Smart_Manufacturing_Brochure/1c56c73f2e9c85493566ee8236f8ef182690fa5c00020190b17f06dc045a58e6.jpg) # PCIe-10GPoE 2-CH PCI Express® 10 GigE Vision PoE + Grabber ![The image displays a logo featuring the large, bold text 'US3'. The 'US' is black, while the '3' is red. Directly below this, the word 'VISION' appears in smaller, grey capital letters. A small registered trademark symbol is visible to the right of the red '3'.](.2025_Smart_Manufacturing_Brochure/f58890e6c1484d7455dae221189039e5a88f6aad25f94e04dc2f398f5bdb422f.jpg) # PCIe-U300 4/8/12-ch PCI Express x4 Gen2 USB3 Top Performing Grabbers ![The image displays a logo featuring the text 'GiGE' in large, bold, black sans-serif letters. The letter 'E' is stylized with three horizontal red bars instead of the standard vertical bar on the right side. Below this, the word 'VISION' appears in smaller, black capital letters. A registered trademark symbol (®) is located to the top right of the 'E'.](.2025_Smart_Manufacturing_Brochure/cfb50c65706bc2fbd55a6345279b096220b0deba6f678b5e1b4645339929ad59.jpg) # PCIe-GIE74V 4-ch PCI Express GigE Vision PoE + Grabbers # PC-based and Edge DAQ # New-Gen PCIe-9100 Card - Great flexibility with wide IPC compatibility • High-performance synchronization capability - Scalable functionality with motion/vision card ![MAPS](.2025_Smart_Manufacturing_Brochure/76d4d410cbdf254818539148177c70b33a857b6abd4aaf3ac9edc39bc59d0aea.jpg) # Standalone Smart DAQ - Ethernet-based remote monitoring - Easy configuration with web console - Efficient mass device deployment ![DAQ Pilot Develop Deploy Manage 32AQ-20A 32AQ-21B 32AQ-21E](.2025_Smart_Manufacturing_Brochure/a3651a3a4491a84a509027e6ec6b40d8ccb0c5b175d7c938404a69605dc00a5e.jpg) # Application-Ready Gateway # EMU Series IIoT Gateway • Strong Edge-to-cloud Connectivity • Built-in web console for data flow settings - Deployment & Development Effort - Compact, Reliable, Adaptable (-40°C to 70°C) ![The image displays a digital icon resembling a web browser window. It features a gray header bar at the top with three small, light-colored circles on the left side. Inside the white body of the window, there is a centered, dark gray gear icon. Below the gear, the text 'EGiFlow' is written in a bold, sans-serif font, with 'EGi' appearing in gray and 'Flow' in black.](.2025_Smart_Manufacturing_Brochure/2a37ec0ce38f05154a7a6f8521f6e2e57090b874745d291955f1fb65922400be.jpg) Low Deployment and Development Effort ![The image displays a line drawing of a cloud. Inside the cloud outline, there is a vertical rectangle containing the text 'I/O'. To the left of the rectangle, a red arrow points to the right, and to the right of the rectangle, a black arrow points to the right.](.2025_Smart_Manufacturing_Brochure/5648342152c3789bf40a5b7137d88fa22474ed682fe6f7ca58351b59e1a77190.jpg) Strong Edge-to-cloud Connectivity ![The image displays a gray outline of a thermometer on the left side with three horizontal dashes to its right. On the right, there are two temperature indicators: a red sun icon followed by the text '70°C' and a snowflake icon followed by the text '-40°C'.](.2025_Smart_Manufacturing_Brochure/418441aaf364e8df7c3f84f8f9d27e49c5994def267b6b57e8df000d49bea7d1.jpg) Compact, Reliable, Adaptable # EGiFlow ![Exterior view of a black wireless network device labeled 'AOLINK' with visible ports and connectors, accompanied by a 5G icon (no text or symbols on the device itself)](.2025_Smart_Manufacturing_Brochure/b403cdcad53dd1df899afe98e0b659a9c24f4209d838bedc00c46f92f5d141f7.jpg) ![Front view of a black 4G wireless router with two external antennas and visible ports (no text or symbols)](.2025_Smart_Manufacturing_Brochure/603e0c2d9757f6ebb764fb430567d55a1f65942b635d9fd59f8d7b0fe6dd6fe6.jpg) EMU-200 Application-ready EMU-210 5G-ready # PXI Express Gen3 Chassis & Controllers # PXES-2788 Series \- 18/21-slot 24GB/s High Power and High Cooling PXIe Chassis # PXle-3900 Serie • 11 th Gen. Intel Core-based PXI Express Controller # PXle-9908 Series \- 4/8-CH PrecisionPXI Express Source Measure Unit (SMU) ![Front view of a gray industrial control unit with visible wiring and ports (no readable text or symbols)](.2025_Smart_Manufacturing_Brochure/f5df46d948459402cdc083d21ee4fb4db81f0bffb64c51536690f81134ae3c59.jpg) ![The image displays a grey industrial electronic device, likely a programmable logic controller (PLC) or motion controller. On the left side of the front panel, there are various connection ports, including USB, serial, and Ethernet ports. The center of the device features a large white label with the text 'SYNAPSE 3000'. To the left of '3000', there is a vertical red rectangle containing the text 'L3'. In the upper left corner, the 'Mitsubishi Electric' logo (three red diamonds) and text are visible. Below the main text on the label, there is a block of smaller, illegible text. The right side of the device features ventilation slots.](.2025_Smart_Manufacturing_Brochure/cac167e18a9a5b2323a45ddf9b64c4dc83bb1b35d048460d193393f467bf6fef.jpg) ![This image displays a side view of an electronic module, likely a server power supply unit, set against a plain white background. On the left is a vertical metal mounting bracket featuring a black latch handle with a red release button. The majority of the unit is dominated by a large, rectangular heat sink with vertical cooling fins. On the far right edge, a green circuit board strip and a white connector block are visible. A small label with faint, illegible text is present near the top left corner.](.2025_Smart_Manufacturing_Brochure/70e77c39fe89a12ffcefe2a74cccf47eefe143ff7612831308fdb2df003399b1.jpg) ![Exterior view of a ADLINK FX5-278S and PXI processor units (no visible text or symbols on main components)](.2025_Smart_Manufacturing_Brochure/c0334edd1a84fca2a2e35ed0bbd035a09bb945cda3160eec9ce51191261bdfc7.jpg) # Source Measure Unit (SMU) Solutions # PXle-9908 4/8-CH Precision PXI Express Source Measure Unit, Designed for Semiconductor and EV Battery Testing - Up to 160-ch high-density testing - 100nA to 100mA current source and measure - Configurable ±30V or -10V/+20V voltage source and measure - Up to ±100V voltage measure (with 10μA only) for specific test ![Electronic hardware components including PLC, GPU, and server rack (no visible text or symbols)](.2025_Smart_Manufacturing_Brochure/ae63bba170faca2f1d850c64404d9355bfe01741e9f3b0096fdd9ab9cca54917.jpg) ![The image shows a grey rectangular badge with white text. The text reads 'intel' in small letters at the top left, 'partner' in larger letters below it, and 'Titanium' in smaller letters to the right of 'partner'.](.2025_Smart_Manufacturing_Brochure/cdc21dd3119e6a0ed04e387dd51091b10802cca1ae4a851ebe212612947823ce.jpg) ![The image features a black logo on a white background. At the top, large, bold, sans-serif letters spell out 'PXI', with a small 'TM' symbol to the upper right of the 'I'. Below this, the text 'Systems Alliance' appears in a smaller, black sans-serif font.](.2025_Smart_Manufacturing_Brochure/cf548b3cee102fca609011b9098f731a2e69856e89c1971b977f2d068d4b7990.jpg) ![The image displays a logo featuring the text 'intel' in grey lowercase letters in the upper left corner. Below it, the word 'CORE' is written in large white uppercase letters against a light blue background. A darker blue strip runs along the bottom, where a small black box containing the number '3' in white is visible on the right side.](.2025_Smart_Manufacturing_Brochure/2dc1ec9f132800926a7edeaf738a3b5d6f287829f80029f4442c8c8d4a8e555e.jpg) ![The image displays a blue square graphic containing white text. In the top left corner, the text 'intel.' appears in a small font. Dominating the center is the word 'CORE' in large, bold, sans-serif capital letters. In the bottom right corner, there is a small 'it' logo.](.2025_Smart_Manufacturing_Brochure/601c52f8d403c96cd4af924d3a48eab6bd3307318a07762e45f6847e145e70d5.jpg) ![The image displays a blue rectangular graphic featuring the Intel Core i7 branding. In the upper left corner, the text 'intel.' appears in small white letters. Below it, the word 'CORE' is written in large white capital letters. To the right, the characters 'i7' are visible in a matching large white font.](.2025_Smart_Manufacturing_Brochure/85e60373a1480df0b85e1de7571fb65087c5cef2dbf1b99b403b4cc432a9da35.jpg) # Industrial Touch Monitors # Open Frame (OM Series) - Easy for seamless integration - 7"-43" screen options • Fullscreen & Widescreen • PCAP 10 points touch - IP65 Rating protection - Anti-fingerprint AUO ![Industrial robotic arm in a factory setting with a monitor displaying system status and control panels (no readable text or symbols)](.2025_Smart_Manufacturing_Brochure/f26018012c536f6764486cdf4bcea083cbb3f470d871eff2a6afe11b57bd6e75.jpg) # Standalone (IM Series) - Plug-in and ready to display - 15"-27" screen options - Fullscreen & Widescreen • PCAP 10 points touch • IP65 Rating protection - Anti-fingerprint NUO ![70% 68% 40% 26% 80%](.2025_Smart_Manufacturing_Brochure/40065cd472313b969a89942414846e8255f3bb30813f6b250f4a42fd7c0a4041.jpg) # Value-Added Service Superior flexibility with in-house customization expertise ![Based on the image provided, here is an accurate and concise description of the flowchart/block diagram: **Labeled Blocks (Top Row - Components, Left to Right):** 1. Metal chassis/frame 2. Green circuit board 3. Large panel assembly (frame with mounting holes) 4. Dark rectangular sheet 5. Translucent grey sheet 6. Glass cover panel (with black border) **Labeled Blocks (Bottom Row - Icons, Left to Right):** 1. Microchip symbol 2. Box labeled **IP65** (with water drop icons) 3. Sun symbol with an upward arrow (representing brightness) 4. Fingerprint symbol with an 'X' (representing anti-fingerprint properties) **Connections (Red Lines):** * The **Microchip icon** connects to the **Metal chassis**. * The **IP65 icon** connects to the **Green circuit board**. * The **Sun icon** connects to the **Large panel assembly**. From this connection point, the line branches horizontally to the right to connect to the **Dark rectangular sheet**, and then extends vertically upward to connect to the **Translucent grey sheet**. * The **Fingerprint icon** connects to the **Glass cover panel**.](.2025_Smart_Manufacturing_Brochure/fa1d3f702eaa9cab6d3ff2f701c22d465628006b56f4cdaf0f3906ea7ff2766a.jpg) # Scaler & Firmware - Scaler board design ■ Dedicated Firmware Network Diagnostic Data Collection # Mechanical Design ■ Aluminum, Steel, Stainless Chassis ■ Open, Closed Frame, Flat Designs ■ Optional IP65/IP69 Solutions ■ Panel, VESA Mount Design # Optical Enhancements ■ High Brightness Treatment ■ Backlight Thermal Design ■ Optical Bonding (Direct/Air) ■ Privacy, UV Filters Laminating # Touch Solutions ■ All Touch Technologies Decal Printing ■ Vandal Proof, Anti-Fingers ■ Multi-Touch, Gesture Control # Versatile Panel PCs # Open Frame (SP2 Series) - Full customization - Wide computing range - 7"-21.5" touchscreen options • Voltage range 9-36V DC • Power Over Ethernet • EMC testing & ESD tolerance AUO ![Exploded view of a computer motherboard showing internal components and circuit board (no text or symbols visible)](.2025_Smart_Manufacturing_Brochure/a92020a3e93a5dd7838ae9600be15e2d6249a534375f56e39079a5da9f354a5e.jpg) # All-in-One (PanKonix Series) • Hybrid PLC and PC-based motion control • Full-featured HMI software - 7"-21.5" touchscreen options • Voltage range 9-36V DC • IP65 Rating protection - Standard VESA mount NUO ![Three industrial control panels displaying various interfaces and gauges (no readable text or symbols)](.2025_Smart_Manufacturing_Brochure/6c9f01cabfd60928862798e1ff1447f840e47048c3a62f91962be010bd45adb9.jpg) # ARM-Based (SP2-IMX8 Series) • NXP ® I.MX 8M Plus processor • NPU inside with 2.3 TOPS - 7", 10" touchscreen options - Flexible function expansion • SBC customization available • OS: Linux, Windows, Android ![The image displays a blue and white award seal. The text 'BEST IN SHOW' curves along the top in blue capital letters. Inside the circle, the word 'Embedded' appears in large, bold blue font, with 'COMPUTING DESIGN' written underneath it in smaller grey capital letters. At the bottom, a blue rectangular banner contains the word 'WINNER' in white capital letters.](.2025_Smart_Manufacturing_Brochure/993522408885d996cd0dbb9078ca379032d81ecafb6500b8afa50951ff4d4ee5.jpg) ![Illustration of a green circuit board next to a digital display showing a battery and lightning bolt (no text or symbols on the board)](.2025_Smart_Manufacturing_Brochure/8bb5f585022a59afb84a4ac7a099fda4abbf9af312b22c7a34eb2f6ea2795414.jpg) # Rugged IP69K (Titan2 Series) • 11th Gen Intel® Core™ processor • Stainless Steel (314, 316) - 15.6"-23.8" touchscreen options - All M12 type connectors • High Brightness (Optional) • VESA, Yoke, Pipe mount ![The image displays a logo featuring five red, curved, arrow-like shapes arranged in a circular, pinwheel pattern pointing inward. A small registered trademark symbol (®) is visible in the bottom right corner.](.2025_Smart_Manufacturing_Brochure/05846356dca78338bd47dd11e91f760f6ca84cf786dfe1aa556f19b9160d72d3.jpg) TAIWAN EXCELLENCE 2025 ![The image displays a tablet computer with a black bezel and a thin silver side profile, angled slightly to show its front face against a plain, light background. The screen is illuminated and features a dynamic image of a splashing stream of water against a pitch-black background. The water arc curves upward from the bottom left to the top right, composed of translucent blue fluid and scattered droplets. A small, circular camera lens is visible at the top center of the bezel. There is no text present in the image.](.2025_Smart_Manufacturing_Brochure/7f7c7a0d89e4e2584bac1d81ada51164122e2f43342340507fd93a290b577736.jpg) # Function Board Modules (FM) Standard ![The image displays a green printed circuit board, appearing to be a computer motherboard. In the upper left corner, white text reads 'A-Box' and 'Intel' above a 'CE' certification mark. The bottom edge features a row of input/output ports: four blue USB ports on the far left, a blue VGA port in the center, and four white USB ports on the right. The text 'USB' is printed vertically in white next to the blue ports. The board is populated with various black integrated circuits, cylindrical capacitors, and white header connectors near the top.](.2025_Smart_Manufacturing_Brochure/5ed05dce8c3465203ed13214f1ec043300646337a7458488bbbbd9c21483a994.jpg) USB ![The image displays a green printed circuit board (PCB), specifically a motherboard I/O shield, featuring a row of input/output ports along the bottom edge. From left to right, the connectors include a coaxial cable jack, three black USB Type-A ports, four blue USB 3.0 Type-A ports, a white HDMI connector, and four additional black USB Type-A ports. Text printed on the board includes 'A-Link' and 'USB3.0 SU3.0' near the top center, along with a 'CE' certification mark and a recycling symbol on the top right. Various electronic components, such as integrated circuits and capacitors, are visible on the surface of the board.](.2025_Smart_Manufacturing_Brochure/c9dd7414356871014b838cb26eaf5475df13a35e471071a45d0998d409cf439e.jpg) Titan ![The image displays a green printed circuit board (PCB) featuring various electronic components and ports. Along the left edge, there are two gold mounting holes. Along the right edge, there are two corresponding gold mounting holes. From left to right, the components include: * A small silver coin-cell battery near the top left. * A small black integrated circuit chip. * Two large white rectangular connectors (likely HDMI and DisplayPort). * Two USB ports (one blue USB 3.0 and one black USB 2.0) and a small black rectangular connector below them. * Two RJ45 Ethernet jacks on the right side. * Several small black chips and resistors near the Ethernet ports. White text printed on the board reads: * 'K445' in the top left corner. * 'HDMI' below the left white connector. * 'DP' below the right white connector. * 'USB' below the blue USB port. * 'LAN' next to the Ethernet ports. * 'T5' in the top right corner. * 'USB' in the bottom right corner.](.2025_Smart_Manufacturing_Brochure/1a4bb3f316e553c5481add12e56f52e0b124c074301b152558514a10add88ab5.jpg) - Flexible features expansions - Easy and fast upgrade • Board-to-board connector - Depart I/O from edge of PCB - Board-to-Board connector to main board • Vertical-Focused Modular Design - Add-On Expansions (More by Request) [🔗 Link to the original document](.2025_Smart_Manufacturing_Brochure/2025_Smart_Manufacturing_Brochure.pdf) [🔗 Link to the original document](.2025_Smart_Manufacturing_Brochure/2025_Smart_Manufacturing_Brochure.md)