Beijer Electronics has unveiled its latest Human-Machine Interface innovations: the X3 Marine Web and X3 Extreme Web series, engineered to thrive in the world’s toughest industrial and marine environments. With wide-ranging certifications, durable construction, and optimised performance features, the new HMI series delivers reliable, high-visibility control in any setting,  from engine rooms to hazardous zones. Beijer Electronics announces the launch of our latest innovations in Human-Machine Interfaces (HMIs) – the X3 marine web and X3 extreme web series. These cutting-edge products are designed to meet the demanding needs of various industrial and marine environments, ensuring durability, reliability, and optimal performance. X3 marine web HMIs The X3 marine web series is specifically engineered for industrial durability and optimised for marine environments. These HMIs are available in sizes ranging from 7 to 21 inches and feature marine dimming displays, making them suitable for both engine rooms and bridges. With certifications such as UL, CE, UKCA, KCC, FCC, and marine certifications for bridge and control room, the X3 marine web HMIs ensure reliable performance and optimal visibility around the clock.   X3 extreme web series HMIs The X3 extreme web series offers rugged reliability, perfect for harsh environments. Available in sizes from 7 to 15 inches, these HMIs feature enhanced environmental performance with a wide operating temperature range, high vibration resistance, marine dimming, and optional high brightness displays. Certified for hazardous areas with UL, ATEX, and IECEx certifications, as well as marine certifications for bridge, engine, and control room, the X3 extreme web HMIs guarantee reliable operation in rugged conditions. Both series are designed to provide seamless integration and superior performance, making them ideal choices for industries that require robust and reliable HMI solutions. Explore detailed information about X3 marine web and X3 extreme web HMIs here: X3 web. Check out our latest news and articles HERE. Read current and past ISSUES of IAA. SUBSCRIBE to stay ahead of the game! Follow us on FACEBOOK and LINKEDIN!

Transforming Supply Chains: An Interview with Steve Cheung, President, Asia, China & MEA at Dematic In today’s fast‐paced global economy, the integration of automation and digital intelligence isn’t just an operational upgrade – it’s a necessity. Industrial Automation Asia recently sat down with Steve Cheung, President, Asia, China & MEA at Dematic, a leader in intralogistics and supply chain solutions. With decades of experience and a passion for innovation, Steve shares with us his insights on industry trends, disruptive technologies and the strategies Dematic employs to overcome current sector challenges. His clear vision for the future of logistics is both thought‐provoking and instructive for anyone looking to stay ahead in the rapidly evolving landscape. By Ahmad Alshidiq IAA: Could you share with us more about the industry that is most lucrative to Dematic? Steve Cheung (SC): Without a doubt, our most lucrative sector has been warehousing and distribution – especially as e-commerce continues to reshape consumer expectations around speed, accuracy and efficiency. Our solutions have revolutionised how modern warehouses operate. We see a tremendous impact in the logistics arena of retail, where the demand for agile, high-throughput systems has never been higher. The industry’s shift from traditional manual workflows to highly automated environments has consistently produced a robust return on investment. In essence, as companies look to optimise the fulfilment process and reduce overhead costs, the warehousing and distribution sector remains our cornerstone in terms of profitability and innovation. By focusing on this industry, Dematic has enabled partners to meet escalating market demands and enhance service quality while keeping operational costs in check. It is this fusion of technology and industry expertise that not only drives revenue but also furthers our commitment to shaping the future of global logistics.   IAA: What are the main technologies or systems that form the core of your solutions? SC: At Dematic, we have built our solutions upon a robust integration of advanced mechanisation and intelligent software systems. Our portfolio includes automated storage and retrieval systems (AS/RS), state-of-the-art conveyor systems, robotics integration, and warehouse control systems (WCS). These are complemented by sophisticated inventory management software and data analytics platforms that allow end-to-end visibility of the supply chain. Our systems communicate seamlessly with each other, ensuring real-time synchronisation of operations while adapting to variability in order demand. This blend of physical automation with digital intelligence is the backbone of our solutions, creating a holistic ecosystem that optimises every facet of warehousing and distribution. The synergy between these technologies enables us to transform conventional warehouses into smart, responsive hubs. Each component – mechanical precision, real-time data processing, and robust software – contributes to a system that not only streamlines operations but also provides valuable insights for future strategic planning.   IAA: How has your biggest customer benefited from your solutions?     SC: One of our largest customers has experienced a positive transformation since adopting our solutions. Through the deployment of our integrated systems, the customer achieved a reduction in order cycle times, coupled with an impressive improvement in inventory accuracy and throughput. By automating critical components of their supply chain, they have not only slashed operational expenses but also enhanced customer satisfaction through faster deliveries and more reliable order fulfilment. This efficiency has translated into tangible cost savings and opened up opportunities to reinvest in emerging technologies and market expansion. Moreover, our customised approach allowed them to adapt quickly to surges in demand, while our modular systems provided the flexibility to scale operations based on real-time needs. The success of such clients reinforces our belief that a well-executed automation strategy can fundamentally reshape business efficiencies and drive sustainable growth.   IAA: What are your thoughts on the rise of artificial intelligence (AI) in the automation industry?   SC: The rise of AI in this industry is nothing short of revolutionary. Artificial intelligence and machine learning are greatly enhancing traditional automation processes by introducing elements of predictive analysis, adaptive decision-making, and real-time responsiveness. AI enables systems to learn from historical data and operational patterns, thereby identifying potential bottlenecks and optimising routing, scheduling, and maintenance before issues even develop. This level of insight is invaluable – it transforms reactive systems into proactive ecosystems that are agile enough to respond to constant market fluctuations. In my view, AI isn’t merely an add-on; it’s a catalyst that accelerates innovation. The capability to integrate deep learning into logistical operations is reshaping how companies approach efficiency, safety, and cost management. This isn’t just a technological trend – it’s a paradigm shift that will continue to create opportunities for smarter, more resilient automation systems in the years ahead.   IAA: Have you embedded AI in your solutions? And how does the technology make your solutions more effective?   SC: Absolutely, we have. AI is now at the heart of many Dematic solutions. By embedding AI algorithms into our analytics and control systems, we can offer dynamic, real-time decision support that significantly enhances operational effectiveness. For example, our predictive maintenance tools continuously analyse the performance data of moving parts to detect anomalies before they escalate into costly failures. Additionally, our demand forecasting models powered by AI allow our clients to adjust inventory and resource planning accurately, ensuring that supply and demand remain in balance. The integration of AI transforms our systems from static assemblies into interactive and self-optimising networks. This adaptive quality improves not only speed and precision but also operational resilience—ensuring that companies are better prepared to manage sudden changes in market behaviour or unexpected disruptions in the supply chain.   IAA: What are the challenges in the current intralogistics and supply chain sector, both globally and in Southeast Asia?   SC: Globally, the intralogistics and supply chain sectors face a complex web of challenges. Geopolitical uncertainties, labour shortages, fluctuating demand due to economic cycles, and disruption from unforeseen events all contribute to a volatile environment. In Southeast Asia, the challenges become even more pronounced due to infrastructural limitations, competitive maritime and land transport conditions, and evolving regulatory landscapes. There’s also a significant digital gap; many traditional firms are

As Southeast Asia positions itself as the next global semiconductor hub, the region must address a complex web of challenges—from the quantum limits of miniaturization to energy-intensive operations, fragile material supply chains, and rising sustainability demands. This feature explores how next-generation semiconductor manufacturing can be smarter, greener, and more resilient—made possible by visionary strategies, advanced technologies, and integrated solutions such as those exemplified by Hitachi’s portfolio of semiconductor manufacturing innovations. Background For decades, semiconductor production has been dominated by established players in East Asia, particularly Taiwan, South Korea, and Japan. However, mounting geopolitical tensions, escalating operational costs, and pandemic-induced supply chain disruptions have accelerated the industry’s shift toward a more diversified manufacturing landscape. Southeast Asia has emerged as a vital new frontier.Singapore, Malaysia, Vietnam, and Thailand have all carved out strategic roles across the semiconductor value chain—from wafer fabrication and advanced packaging to equipment manufacturing and material logistics. Malaysia’s Northern Corridor, Singapore’s semiconductor ecosystem, and Vietnam’s expanding electronics clusters stand as evidence of the region’s increasing importance. Yet, the path forward is anything but linear. Future fabs across Southeast Asia must overcome technological, environmental, and geopolitical hurdles by embracing digital transformation and sustainability at scale. This editorial unpacks the challenges and outlines transformative solutions to help industry stakeholders envision Southeast Asia’s semiconductor leadership in the decades to come. The New Frontier of Semiconductor Manufacturing Semiconductors fuel the digital economy, powering smartphones, electric vehicles, smart factories, and cloud infrastructure. However, manufacturing these essential components involves some of the most complex, resource-intensive processes on earth.Southeast Asia is ramping up efforts to secure a larger slice of this critical industry through government incentives, foreign direct investment, and regional collaboration. Yet, challenges such as miniaturization bottlenecks, high energy consumption, supply chain vulnerabilities, and talent shortages threaten to slow progress.Future fabs must address these complexities holistically—integrating advanced energy management, sustainable logistics, intelligent production systems, and human-machine collaboration. Companies like Hitachi, through solutions spanning energy management, materials logistics, and production automation, are already demonstrating how such an integrated approach can future-proof semiconductor operations. Navigating the Shrinking Limits of Physics As semiconductor nodes approach the 5nm and 2nm frontiers, quantum effects such as electron tunneling, atomic variability, and increased defect rates are pushing manufacturing to its physical and economic limits.Advanced lithography technologies, including Extreme Ultraviolet (EUV) systems, have emerged to meet these demands—but at enormous financial and operational cost. Southeast Asia’s fabs must not only adopt these cutting-edge technologies but also master nanoscale process control and yield optimization.High-precision metrology tools such as Hitachi’s Critical Dimension Scanning Electron Microscopes (CD-SEMs) and Atomic Force Microscopes (AFMs) provide the granular measurement capabilities required to monitor and control wafer processes at the atomic level. These tools enable manufacturers to detect defects early, optimize critical dimensions, and improve overall yield—turning theoretical breakthroughs into operational excellence. Moreover, AI-powered recipe optimization platforms like Hitachi’s advanced machine learning solutions accelerate plasma process development, reducing costly trial-and-error cycles and enhancing process stability for next-generation nodes. Powering Tomorrow’s Fabs: Energy and Water Management Semiconductor fabs are among the most energy- and water-intensive industrial operations in the world. From maintaining ultra-clean environments to running power-hungry lithography and etching tools, the environmental footprint is significant.In Southeast Asia, where power grids often rely on carbon-intensive sources, the shift toward greener manufacturing demands intelligent energy management. Hitachi’s EconiQ® SF6-Free Switchgear helps fabs reduce greenhouse gas emissions by replacing traditional insulating gases with eco-efficient alternatives, supporting global ESG targets.Complementing this is Hitachi’s TXpert™ Digital Transformer Ecosystem, which provides real-time monitoring and predictive analytics to optimize energy consumption and improve grid resilience. Solutions like Grid-eXpand™ further enable modular, prefabricated grid connections, accelerating renewable energy integration and reducing construction risks. Furthermore, to offset the carbon emissions, the fabrication plants are turning towards clean energy sources. Hitachi’s IGBT power modules from 1700 to 6500 volt as single, dual / phase-leg, chopper IGBT and dual diode modules ensures e-vehicles and trains run smoothly, generating power efficiently, and wind turbines turn reliably. Water conservation is equally critical. Closed-loop water recycling systems can minimize ultrapure water (UPW) consumption while maintaining stringent purity standards. Combined with waste heat recovery technologies, fabs can achieve higher resource efficiency, lower operational costs, and reduce environmental impact—key components of a sustainable manufacturing strategy. Material Supply Chain Resilience Semiconductor production depends on a global web of raw materials, including rare gases, specialty chemicals, and precious metals. Disruptions to these supply chains—whether geopolitical, logistical, or regulatory—pose existential risks to fab operations.Hitachi’s Value and Supply Chain Solutions help semiconductor manufacturers strengthen procurement and logistics networks, improving material traceability, ethical sourcing, and supply chain resilience. By integrating AI and blockchain-powered tracking, these solutions provide end-to-end visibility, enabling fabs to anticipate disruptions and ensure compliance with environmental and ethical standards. Circular economy practices, such as recovering precious metals from semiconductor waste streams, can also reduce dependency on virgin materials while contributing to sustainability goals. Digital Fabs: Automation and Human-Machine Synergy Digital transformation is reshaping semiconductor fabs into hyperconnected, data-driven ecosystems. Real-time monitoring, predictive maintenance, and intelligent automation are enhancing productivity while reducing waste.Hitachi’s Autonomous Mobile Robot (AMR) solutions exemplify this transformation, automating the intralogistics of wafer and material handling within cleanroom environments. These AMRs improve operational efficiency, reduce contamination risk, and provide traceability data essential for quality control. Complementing these mobility solutions are Hitachi’s Equipment Front-End Modules (EFEMs), designed to deliver precise and efficient handling of wafers and panels during critical manufacturing stages. Fully compliant with SEMI GEM300 standards, Hitachi’s EFEMs ensure seamless interoperability across the production line. Their customizable configurations allow integration with a wide range of process tools, including lithography, plasma treatment, and laser processing. Through a single-wire SECS/GEM link to the Host Controller, these EFEMs enable the integration of both GEM300-compliant and non-compliant tools, enhancing overall workflow efficiency and production flexibility. In legacy fabs, retrofitting with digital platforms such as Hitachi’s GEM300 and EDA-compliant Upper Host Connectivity Solutions enables seamless equipment integration, enhancing data collection and process control. Hitachi’s CyberSIM Host & Equipment Simulator provides robust testing environments to simulate Host and Equipment for semiconductor fabs and semiconductor manufacturing equipment, ensuring compliance

The manufacturing sector is undergoing a seismic transformation. Fuelled by artificial intelligence (AI), automation, supply chain and the global shift toward sustainability, a new era – Industry 5.0 – is taking shape. Unlike its predecessor, which emphasized machine autonomy, Industry 5.0 centres on collaboration between humans and intelligent systems, aiming to deliver innovation, efficiency and resilience in an increasingly complex world. Industrial Automation Asia explores how Lenovo pivoted into the new era. At the heart of this transformation is Lenovo, whose recent partnerships and internal innovations illustrate how businesses can harness AI to reimagine the future of manufacturing and supply chain. Through a combination of strategic foresight, operational excellence and a deep commitment to sustainable innovation, Lenovo is guiding manufacturers into the future – intelligently and responsibly. The Rise of Intelligent Transformation According to Andy Zheng, GM of Lenovo Manufacturing Solutions, manufacturers today are primarily focused on three imperatives: accelerating intelligent and digital transformation, advancing sustainable practices and strengthening supply chain resilience with AI.”AI has become a business priority in itself,” Zheng explains. “Unlike traditional automation, AI agents today can independently analyse tasks, generate workflows and invoke models to complete end-to-end processes – often at lower costs and with greater flexibility.”This intelligent approach is revolutionising internal operations. Tasks that once required elaborate Robotic Process Automation (RPA) now unfold autonomously, enabling smart factories to adapt in real time. For instance, AI models now manage the dynamic allocation of energy-intensive systems such as chillers and lighting – drastically cutting operational costs and emissions.In supply chains, AI offers manufacturers the foresight they never had. According to Lenovo’s CIO Playbook 2025, 34% of businesses intend to implement AI within the next 12 months, with AI investment increasing by 159% amongst organisations prioritising interpretive and generative AI technologies. Enabling ST Logistics journey to Industry 5.0 Nowhere is this transformation more tangible than in Lenovo’s partnership with ST Logistics in Singapore. Looking to modernise their operations, ST Logistics embraced the opportunity to leapfrog into the future by embedding AI and automation at the core of their operations. “ST Logistics wanted to optimise return on investments, improve throughput and elevate human productivity,” recalls Nigel Lee, General Manager of Lenovo Singapore. “Their aim is to be a shining example to the world of the harmonious collaboration between AI and humans.”What followed was a comprehensive overhaul of their warehouse infrastructure, leveraging Lenovo’s own experience from its AI-powered factories. “Upon witnessing our already automated manufacturing processes, they realized they can dream even bigger.” Lee shares.The goal was ambitious: a 40% increase in productivity and 30% improvement in throughput. But with AI’s help, the vision became executable. Autonomous mobile robots (AMRs), warehouse execution systems (WES) and integrated AI platforms now work in concert – processing data, forecasting trends and refining workflows on the fly.“The AI is like a brain behind the scenes,” says Lee. “It takes in all the operational data and provides predictive insights. It’s no longer about just installing automation – it’s about continuous refinement and decision support.” Finding the AI Sweet Spot While the potential of AI is immense, Zheng is quick to stress the importance of balance. “Technology is not a panacea,” he cautions. “Advanced solutions come with significant costs and are subject to diminishing returns if not implemented thoughtfully.”That’s why Lenovo tailors AI strategies to each client’s maturity level and specific business goals. “We design roadmaps that gradually lead clients from aspiration to realisation. It’s rarely an overnight transformation,” Zheng notes. These roadmaps account for financial, operational and risk management parameters, helping clients navigate the often-intimidating terrain of AI adoption.This consultative approach ensures that organisations don’t just implement AI, but they extract value from it. “We work closely to find the ‘sweet spot’ where technology, cost and ROI align,” Zheng adds. Artificial Intelligence: A Tool, Not a Decision-Maker A critical insight from both leaders is that AI should be viewed as a tool, not an autonomous authority. “AI is not a decision-maker,” Lee emphasizes. “It’s a system that informs decisions, identifies inefficiencies and continuously improves operations.”From defect detection in quality control using computer vision to language models assisting in market research and customer service, AI is embedded across the entire manufacturing value chain. And its presence is only expanding.“Manufacturing is becoming more high-value and less labour-intensive,” Lee predicts. “With changing global economics and rising regulatory pressures – especially in sustainability – companies must turn to AI and robotics not just for competitiveness, but for survival.” Towards a Smarter Future for All Both Zheng and Lee agree: the future of manufacturing is intelligent, efficient and sustainable.As global supply chains become more unpredictable, companies must evolve. AI offers a path forward – one that fuses data, automation and human ingenuity.Lenovo’s role is not simply to provide hardware or software – it’s to be a partner in transformation. By combining deep technical expertise with practical experience and strategic vision, Lenovo is redefining what manufacturing can be in the age of AI.“The trust our partners place in us is something we don’t take lightly,” says Lee. “It’s what drives us to keep innovating, keep refining and keep delivering smarter solutions for a better tomorrow.” Check out our latest news and articles HERE . Read current and past ISSUES of IAA. SUBSCRIBE to stay ahead of the game! Follow us on FACEBOOK and LINKEDIN !

Indonesia has joined the global effort to accelerate the adoption of electric vehicles, a key priority for the government as it strives to achieve inclusive and sustainable transportation while aiming to reach its Net Zero Emission target by 2060. To support this initiative, a range of policies – spanning presidential decrees to fiscal incentives – has been introduced to nurture the growth of the electric vehicle industry. This sector is experiencing rapid expansion in various countries, including Indonesia. According to a press release from the Coordinating Ministry for Economic Affairs of the Republic of Indonesia, electric vehicle sales more than doubled from the previous year, reaching 17,826 units between January and July 2024 (source).To bolster the government’s efforts, Asiabike Jakarta (ABJ) and the Periklindo Electric Vehicle Show (PEVS) will return to JIExpo Kemayoran, Jakarta, from 29 April to 4 May 2025. This year’s shows will showcase the latest innovations in the electric vehicle (EV) ecosystem, featuring bikes, electric motorcycles, electric bicycles, and electric cars, alongside products from supporting industries for a more comprehensive exhibition.Following a highly successful debut in 2024, which drew 97 leading brands and over 10,000 attendees, several standout exhibitors from last year, including TIANYING, DATAI, SUNRA, PHYLION, ZHETAI, and ZHIYANG NEW ENERGY, are set to return. The 2025 edition of ABJ will focus on three pivotal themes: “E-mobility,” “E-evolution,” and “Lifestyle Cycling.” “E-mobility” will highlight advanced electric two- and three-wheelers, showcasing the latest in sustainable urban transport. “E-evolution” will delve into energy technologies and aftermarket solutions aimed at enhancing safety and efficiency. “Lifestyle Cycling” will tap into Southeast Asia’s booming cycling culture, offering a diverse array of traditional bikes and accessories. This year’s show will be further strengthened by the participation of two prominent Chinese organisers. The Jiangsu International Trade Promotion Center will facilitate trade ties between Jiangsu’s two-wheeler companies and Indonesia, while the China Chamber of Commerce for Import and Export of Machinery and Electronic Products will broaden business opportunities and provide industry expertise. These partnerships are essential for driving technology exchange and supporting the growth of Indonesia’s mobility sector.“Asiabike Jakarta will highlight cutting-edge technologies while promoting international collaborations,” said Ms Wendy Wen, Managing Director, Messe Frankfurt (HK) Ltd. “One of our key strengths is attracting leading Chinese manufacturers who bring valuable expertise in mobility solutions and battery technologies, ensuring a diverse and high-quality trade fair.”This year’s fair will spotlight a strong delegation of Chinese manufacturers, capitalising on China’s growing impact in the Southeast Asian e-mobility market. A dedicated contingent from Jiangsu province, renowned as the largest production hub for electric two-wheelers (E2Ws) in China and celebrated for its high-quality EVs, will unveil cutting-edge innovations from cities like Wuxi and Xuzhou. Their original designs and competitive pricing are set to attract buyers from around the globe.The Xishan district of Wuxi is known as the “hometown of two-wheeled electric vehicles” in China. Six of the top ten Chinese enterprises in the industry are located in the city, which accounts for one-third of the national market. Delegates from Xishan will introduce their inventive EV models with innovative technology, outstanding performance, and comprehensive services at ABJ 2025. Expanding beyond E2W offerings, a newly dedicated zone for electric three-wheelers (E3Ws) will showcase the latest advancements in this sector, featuring everything from passenger vehicles to robust delivery models. The focus will be on alternative solutions that promote efficient and eco-friendly travel, catering specifically to buyers involved in last-mile delivery and urban commuting. As e-commerce continues to surge in the region, E3Ws are uniquely positioned to tackle pressing challenges such as carbon emissions, driver shortages, and fleet management complexities. Their agile design enables E3Ws to navigate congested urban environments and narrow streets with ease, significantly enhancing delivery efficiency.Home to over 1,000 EV and components manufacturers, Xuzhou is renowned as a major production base and R&D hub for E3Ws in China. Achieving a production value beyond RMB 30 billion, the local E3W enterprises have formed a fairly integrated and comprehensive supply chain, spanning vehicle manufacturing, component supply, research and development, sales services, and logistics. At ABJ 2025, fairgoers will discover novel designs and technologies from Xuzhou for various types of electric tricycles for leisure, cargo, passenger, multifunctional, tourist sightseeing, and solar-powered models.Additionally, the collaboration between ABJ and PEVS will deepen in 2025 by organising the shows by product categories rather than as individual trade fairs, creating greater synergy. The one-stop sourcing platform for sustainable mobility will welcome world-class EV businesses from around the world, including ADHERE, ANDITAI, DATAI, DEGANG, DEGSON, DIMENTRO, Engtian, Eve Battery, Forever, Gaciron, Hongjiali, HUAIHAI, Infypower, iReadyGo, Jinpeng, Julong, KARASAWA, Kehuan, KEYA ELEC, K-Lite, Leisheng, Made-in-China, MEIDI, OUTDO, Ouwang, PHYLION, Qianxin, SULIDA, SUNRA, Tech, Tianying, Wangye, Xinhao, XUNDAH, XVE, Yixi, Yuanda, ZHETAI, ZHIYANG NEW ENERGY, ZHONGXING and more. Dedicated to fostering a comprehensive ecosystem for the growth of the electric vehicle industry in Indonesia, the shows will provide significant benefits to all stakeholders by integrating various programmes focused on Business to Business (B2B), Business to Consumer (B2C), and Business to Government (B2G).Asiabike Jakarta is the sister show of Eurobike, the flagship trade fair in Frankfurt. It is organised by Messe Frankfurt (HK) Ltd, Periklindo (Indonesian Electric Vehicle Industry Association), Pt. Dyandra Promosindo and Jiangsu Bicycle Co Ltd, Jiangsu International Trade Promotion Center, and China Chamber of Commerce for Import and Export of Machinery and Electronic Products. For more details, visit here. Press information and photographic material: here. Check out our latest news and articles HERE . Read current and past ISSUES of IAA. SUBSCRIBE to stay ahead of the game! Follow us on FACEBOOK and LINKEDIN !

With WebIQ, you can create professional, high-performance web HMIs and SCADA systems that stand out, using 100% web technology. Built on open standards (OPC-UA, HTML5, CSS, JavaScript) with responsive layouts, WebIQ ensures seamless functionality on machines, tablets, and modern web browsers. With its modern HTML5 web technology you can essentially do everything you can do on any other website (and that’s a lot!) and in addition visualize and control PLC data in any modern web browser easily.But then again – most of the time there’s no need to write any code at all – just click and configure! 100% web-based WebIQ allows you to easily create your own widgets and libraries using HTML5, CSS, and JavaScript. Your HMI doesn’t need any browser plugins, just open web standards. Low code WebIQ Designer allows you to create an HMI using drag-and-drop. Connect a PLC, style the HMI to your corporate CI, and you’re done. Fully responsive WebIQ HMIs are built with responsive design from the start, whether it´s a display directly on the machine or a mobile device. Open platform Even though we offer custom HMIs and widgets, you are not dependent on us for new features or custom widgets. You only need HTML, CSS, and JavaScript to create a WebIQ widget – and you can find plenty of resources online if you need help getting started. Continuous Improvement A short time-to-market is ensured by employing agile processes in software development (Scrum) – that way we can react quickly to changing requirements and implement new features in a short time. Edge based system WebIQ can be used directly as a cloud data hub, with no restrictions on the WebIQ Runtime’s location, as data can be routed via standard network technologies such as TCP/IP, HTTP, and HTTPS with TLS.

Industrial Ethernet with HARTING solutions Industrial Ethernet has become a standard in the field of industrial automation. At the same time, the application of computer networks in machine parks requires the use of specialised, highly secure connectors and cables – precisely the kind supplied by HARTING. Below, you can read an overview of the HARTING industrial Ethernet product range. Solutions from this renowned European brand are not only characterised by durability and compliance with international standards. The range also includes innovative products such as RJ45 plugs for tool-free installation, movable connectors (with a variable angle in relation to the cable axis), as well as alternative ix Industrial® plugs and sockets. Make sure to visit our catalogue, where you can take a closer look at the products, including their detailed descriptions. Ethernet patch cords First of all, it should be noted that the HARTING portfolio includes a wide range of industrial patch cords, mainly intended for computerised automation systems. The TME catalogue includes cables with lengths from 0.2 m to 100 m, factory-fitted with RJ45 plugs and compatible with Category 5, 5e, 6 or 6a Ethernet (depending on the model). The properties of these patch cords depend on the product series. Some are made using LSZH (Low Smoke Zero Halogen) materials, which produce minimal smoke free of toxic fumes on contact with flame. Others show resistance to chemical agents, such as oils. The range also includes patch cords with movable plugs equipped with a hinge that makes it easier to establish connections in confined spaces. Irrespective of the model, all HARTING products in this category are double shielded, which is particularly important in industrial environments, as it virtually eliminates the effect of electromagnetic interference on transmission. IX Industrial® When it comes to the most common connector standard used for Ethernet (and related) connections, it is, naturally, the RJ45. However, these connectors have their downsides, such as limited durability and relatively large dimensions (especially in comparison with small sensors or IoT modules). HARTING has developed its own solution, which has the functionality of classic plugs and sockets. The ix Industrial® connectors are smaller (as can be seen in the illustration) and shielded. They open up the potential for the miniaturisation of industrial components, while at the same time providing connectivity at Category 6a level, i.e. at speeds up to 10 Gbps, and compatibility with the PoE (Power over Ethernet) standard, i.e. power supply over a network cable. It is worth mentioning that the connectors are available in two variants, A and B, which are intended, respectively, for Ethernet and other communication signals.   Comparison of RJ45 and ix Industrial® plugs. As can be seen in the table above, it is easier to adapt the ix Industrial® connectors for target application needs thanks to the wide range of products: patch cords equipped with both connector standards (RJ45 adapter cable), cable-mount connectors, as well as PCB-mount sockets (surface mount technology, SMD). RJ45 connectors for tool-free mounting Connector kit designed to be mounted without the use of cutting and crimping pliers. The RJ45 connectors for tool-free mounting are an innovative solution from HARTING. The possibility to mount them without the use of cutting pliers (they have integrated cutting blades) is truly convenient. What is more, thanks to their metal body, the connectors boast excellent mechanical properties, such as impact resistance and a wide thermal tolerance (e.g. from -45°C to 85°C). The effortless assembly and disassembly, which speeds up the creation of temporary connections, is definitely an important advantage. It is also worth noting that the connectors are available in both straight and angled versions, making it possible to create even Category 6a connections. The connectors are compatible with cables with diameters from 4 mm to 11 mm and cores both in the form of stranded or solid wire. CLICK HERE FOR LATEST NEWS. READ CURRENT AND PAST ISSUES OF IAA. KEEP YOURSELF UPDATED, SUBSCRIBE TO IAA NOW! AND DON’T FORGET FOLLOW US ON FACEBOOK, LINKEDIN AND TWITTER!

Eaton Electric is a recognized provider of premium electromechanical components and various other products used in industrial and power systems. This week’s featured product is the LS-Titan series of limit switches, a versatile range designed for automated manufacturing, processing, storage, and distribution applications. The LS-Titan limit switches ensure safe and dependable position detection. They come in various models with actuator options such as lever with roller, pin plunger, and plastic rod. Additionally, the operating heads can be adjusted in different directions, making them adaptable to a wide range of uses. The switches offer two contact pairs—NO and NC (depending on the model)—and can also include an optional PNP transistor output. Their contact ratings support up to 6 A at 240 V AC or 10 A at 24 V DC, enabling direct control of actuators. Pin plunger Roller Lever Plastic rod These limit switches have a high ingress protection rating, either IP66 or IP67, meaning they are suited for harsh environments with high humidity or significant dust. The LS-Titan series is well-suited for most industrial applications. CLICK HERE FOR LATEST NEWS. READ CURRENT AND PAST ISSUES OF IAA. KEEP YOURSELF UPDATED, SUBSCRIBE TO IAA NOW! AND DON’T FORGET FOLLOW US ON FACEBOOK, LINKEDIN AND TWITTER!                

Raspberry Pi, globally recognized for its single-board computers, has revolutionized the education and hobbyist sectors and found applications in industrial equipment. Their   are now included in the TME product catalogue, making advanced technological solutions more accessible. Diverse Product Range Raspberry Pi’s offerings extend well beyond their renowned single-board computers. Their motherboards feature essential ports like USB, HDMI, and Ethernet, along with SD card slots and GPIO connectors for versatile project integration. The latest Raspberry Pi 5 model introduces a dual-core 64-bit Broadcom BCM2712 processor, up to 8 GB RAM, and enhanced features such as PCIe extension ports, a power switch, and an RTC clock system. Innovative Models It is equipped with the dual-core, 64-bit Broadcom BCM2712 system, based on the Arm Cortex-A76 architecture and clocked at 2.4 GHz. So it deivers a 2-3x increase in CPU performance relative to Raspberry Pi 4. Moreover, the computer can be fitted with operating memory up to 8 GB RAM and a graphic processor (GPU VideoCore 7) supporting the OpenGL and Vulkan technologies. This model integrates the RPi 4 board into a keyboard housing, reminiscent of classic microcomputers. It comes with a mouse, power supply, pre-installed operating system, and a detailed manual, making it particularly appealing to beginners and younger users. Known for its compact size and energy efficiency, the Raspberry Pi Zero is ideal for mobile devices and IoT projects. Despite its smaller form factor, it includes essential features like an HDMI connector, USB output, SD card slot, CSI port, and a built-in wireless communication module (Zero W variant). For projects requiring different formats or more powerful processing capabilities, Raspberry Pi offers Compute Modules. These miniaturized versions provide the core motherboard components without additional ports, allowing for custom configurations via high-density connectors. The CM4 variants offer SMD board-to-board connectors for an even lower profile, enhancing their flexibility for various applications.     RP2040 Microcontroller Recognizing the need for simpler projects, Raspberry Pi developed the   based on the Cortex M0+ architecture. This microcontroller, featured in the Raspberry Pi Pico module, includes 264 kB RAM, supports external memory up to 16 MB, and integrates various peripherals such as serial bus controllers, ADC converters, and PWM generators. The Pico module, with its small size and ease of use, is ideal for a wide range of applications.   Comprehensive Accessories Raspberry Pi also offers a wide range of accessories, including power supply modules and enclosures designed to ensure trouble-free operation and practical usability. Enclosures protect the PCB and components while providing access to all necessary ports and connectors. Raspberry Pi also manufactures peripherals like mice and keyboards, as well as the Raspberry Pi Touch Display, a 7-inch screen with a touch panel that connects via DSI and is powered through GPIO. The inclusion of Raspberry Pi products in the TME catalogue significantly broadens the availability of cutting-edge technology for educators, hobbyists, and industrial designers. With TME’s extensive inventory, the latest Raspberry Pi solutions are now within easy reach, ready to bring your ideas to life.   Text prepared by Transfer Multisort Elektronik Sp. z o.o. CLICK HERE FOR LATEST NEWS. READ CURRENT AND PAST ISSUES OF IAA. KEEP YOURSELF UPDATED, SUBSCRIBE TO IAA NOW! AND DON’T FORGET FOLLOW US ON FACEBOOK, LINKEDIN AND TWITTER!  

Everlight offers many series of optocouplers. The company’s solutions are known for the high quality and excellent performance, which makes them suitable for various applications. The Everlight optocouplers meet all the requirements for the application in control systems, power meters, telecommunication, drive systems, etc. Optocouplers comprise a light emitter and a receiver. Light (visible, infrared) is the signal carrier. The main function of optocouplers is to ensure galvanic isolation between the input and output circuits. Optocouplers are used in control equipment, power meters, communication equipment, and power supply systems. They improve the interference suppressing capability of the system, as well as its reliability and stability. OPTOCOUPLERS IN MOTOR DRIVE SYSTEMS Optocouplers play a key role in controlling motor drive systems by providing galvanic isolation between various circuits. Using them enhances the overall system safety, thanks to the fact that the low-voltage control circuit become separated from the high-voltage power supply circuit. This, in turn, results in minimising the interference, reducing the risk of damage due to voltage spikes, and contributes to the system safety. The main aim of such “inductive control” is to ensure protection against voltage spikes. Optocouplers can also be used in control systems that monitor motor operation as a feedback element. Here, analogue optocouplers make it possible to obtain feedback on the motor voltage and current, while digital optocouplers are used as feedback elements from the encoders to ensure precise motor control.   OPTOCOUPLERS IN COMMUNICATION BUSES Optocouplers in communication buses are used as components isolating different system circuits to protect the control components from interferences generated by other parts of the system (peripherals, sensors connected to the bus). Optocouplers must meet time-related application requirements, i.e. ensure the required data transmission speed. They facilitate adjusting the voltage between the control circuit and data transmission line.   OPTOCOUPLERS IN LIFT CONTROL SYSTEMS Optocouplers play an important role in lift control systems, ensuring electric isolation between various components, in order to enhance the degree of safety and reliability. These elements effectively separate control signals to isolate low-voltage control circuits from high-voltage power supply circuits (lift motor drives) to ensure their precise and safe operation. Moreover, optocouplers are used in position or speed feedback systems. Due to the fact that this is a critical application, the components must be fully reliable, so they come with UL, cUL, VDE, SEMKO, NEMKO, DEMKO, and FIMKO certificates.   OPTOCOUPLERS IN ENERGY METERS Optocouplers also provide galvanic isolation in energy meter applications. Moreover, they are used as feedback elements in the system, i.e. analogue optocouplers provide information on the parameters such as system voltage and current, guaranteeing accurate energy consumption measurement results. On the other hand, digital optocouplers ensure control over correct meter operation by, for example, providing information from the encoders. CLICK HERE FOR LATEST NEWS. READ CURRENT AND PAST ISSUES OF IAA. KEEP YOURSELF UPDATED, SUBSCRIBE TO IAA NOW! AND DON’T FORGET FOLLOW US ON FACEBOOK, LINKEDIN AND TWITTER!

KINGSTAR is a machine automation software platform, that has been designed specifically with modularity in mind. In this video, we list the most relevant modularity types, the best practices to build modular machines and then describe the KINGSTAR platform and how its unique features make the difference. IntervalZero RTX64 RTOS transforms Windows into a real-time operating system (RTOS) to create a soft control platform capable of supporting both Windows applications and hard real-time machine control concurrently. Enter your details to watch this exclusive video IntervalZero/KINGSTAR Video Ad 2023 Email * Name * Name First First Last Last Company * Job Title * Terms & Conditions * I agree to the terms & conditions. View our Privacy Policy and Terms of Use. If you are human, leave this field blank. Watch Now

About the video “Automation Technology and Solutions drive sustainability”: Mike Train, Senior Vice President and Chief Sustainability Officer, Emerson, explains how Emerson Automation Technology and Solutions drive Sustainability. In his inimitable style, Mike engages us to participate in the “Greening of”, “Greening by” and “Greening with” Emerson as he retells and shares with us Emerson’s Sustainability journey, replete with wisdom, and panache. Mike shares his experience as he takes on the role of Chief Sustainability Officer and explains how technology drives and is in turn driven by sustainability. He explains the people perspectives towards change, through the wide-angled lens of a seasoned corporate insider, and Emerson’s corporate strategy, philosophy, and greater altruistic objectives. Through Mike’s lucid retelling, Emerson’s corporate transformation and ESG journey is brought to life. Automation Technology and Solutions drive sustainability https://youtu.be/ESxStZcdtDM Points covered in the video by Mike Train,  Senior Vice President and Chief Sustainability Officer, Emerson: What are the reflections on sustainability? How can other companies take a leaf from Emerson’s “Greening Of, Greening By, Greening With’ sustainability framework? How does Emerson plan to achieve net zero by 2045? How Emerson is leading by example when it comes to ‘Greening of’ its own infrastructure? How is Emerson building a sustainability culture to motivate employees and achieve its ambitious targets? What are some of the carbon reduction measures that Emerson is implementing? What are the trends for CCUS (carbon capture, utilization, and storage) technology? About mobility (big trend – EV batteries) . . . What is Emerson’s position with regards to the electrification and mobility segment? Which part of the Lithium battery value chain is Emerson serving? Digital transformation goes hand in hand with sustainability CLICK HERE FOR LATEST NEWS. READ CURRENT AND PAST ISSUES OF IAA. KEEP YOURSELF UPDATED, SUBSCRIBE TO IAA NOW! AND DON’T FORGET FOLLOW US ON FACEBOOK, LINKEDIN AND TWITTER!

Complete the survey and stand a chance to win the latest IPAD GEN 9 and exciting gift vouchers! To be eligible for the prizes, you must complete the entire survey. Winners will be chosen at random and will be notified via email. Terms & Conditions applies. Loading… Terms & Conditions 1. To be eligible for the above prizes, you must complete the entire survey. 2. The survey will be active from 20th April 2022 till 30th June 2022. 3. The winners will be chosen at random and we will notify you via email if you are a winner after the survey period. 4. IAA digital platform eligible to all registrants. IAA print magazine free mailing to Singapore, Malaysia, Thailand, Indonesia, Philippines, Vietnam, China and Taiwan only.    

Neil Shah, Global Product Manager for Adaptive Execution, ABB, explains how the digital revolution coupled to new I/O concepts are unleashing unprecedented savings in time, effort and costs in process control design, development, testing, and installation.

Protect your organisation with Fortinet’s highest-performing integrated cybersecurity mesh platform. Learn more at the Fortinet Secure Operational Technology Summit on 7 April 2022.

Hioki recently released its new clamp-type current sensors: AC/DC current probes CT6841A, CT6843A, CT6844A, CT6845A, and CT6846A. The conventional clamp-type current sensors have the convenience of measuring current without having to disconnect the measuring cable.

About the video: Alfred Lee, President, Industrial Asia Pacific, Schaeffler, shares how Schaeffler is shaping the future of industrial mobility in the APAC region.

The lubrication-free bevel gears made of igus high-performance plastics transmit forces at a 90 degree angle. For example, they can undertake format adjustments in food technology.

The extremely quiet, efficient, oil-free pumps that reduces your CO2 footprint.

Mr. Alfred Lee joins Schaeffler as President Industrial Asia Pacific, bringing close to 30 years of professional experience in the process and automation industry.

More than 30 students, representing eight nationalities, joined Mitsubishi Electric’s Hajime Sugiyama in his online “e-F@ctory” Digital Manufacturing session.

UR (Universal Robots) and robolink robots acquire a 5-times larger action radius thanks to a completely new solution.

By Ethan Goh, Senior Market Product Engineer, SICK Southeast Asia

Despite the back-and-forth nature of the fight against COVID-19, we are seeing both industry leaders and regulators talk more about the return to “normalcy” – but normal does not necessarily mean a return to the way things were done, especially in light of the changes and lessons that this epidemic has forced on the industry.

The new IE5+ motor generation from NORD DRIVESYSTEMS offers a constant high efficiency over the entire adjustment range

Bring your internal logistics up to speed with MiR’s autonomous mobile robots that automate repetitive and injury-prone material transportation and work safely alongside your employees to boost productivity.

These two companies are on a mission to prove that workers are better off with intelligent automation – and Zebra is backing their efforts with new venture investments.

Warehouse workers are valuable team members and deserve a quality work environment.

Building managers in Southeast Asia often look to resolve the challenges of reducing the heat output and carbon footprint. To reach these goals, building managers can leverage Delta’s automated and energy-efficient HVAC solutions.

Doug Laney’s three Vs — volume, velocity and variety — provide a useful definition of big data. However, now big data is the norm in manufacturing environments, perhaps it’s more important to think about a fourth V — value.

Can emerging technology and legacy equipment go well together?

You have carefully completed the design, build, and test phases of your new wireless IoT device. Your testing in the lab shows that it meets applicable FCC radio standards, it can connect to the wireless router at your test bench, and it even connects to the site wireless access point (AP) in the office area. By Chris Kelly, Keysight Technologies

Through the following introduction, ICP DAS presents to you the most worthy investments for your factory to step forward into Industry 4.0.

Kazutoshi Hosoya, President & CEO, Hioki E.E. Corporation shares his thoughts on key regional growth markets for 2018 and beyond.

For the past 4 years, IoT Asia has been at the forefront of bringing global collaboration and partnership opportunities to governments, businesses and communities in Asia. IoT Asia is an award winning stage that brings together technology heads, design architects, solution architects, engineers, academic institutions, investors and start-ups to assess the latest trends and partnership models in Asia.

Introduction to Machine Vision Applications and Benefits Cognex Corporation is the world’s leading provider of vision systems, vision software, vision sensors and industrial ID readers used in manufacturing automation.