Search Results

The debut edition of Guangzhou Industrial Technology (GIT) will be held at the China Import and Export Fair Complex in Guangzhou from 4 – 6 March 2024. Under the theme of  ‘Smart technology – Unleash the potential of Chinese manufacturing’, the event will provide a platform for business cooperation and economic advancement, and aims to drive industrial innovation by encouraging the adoption of high-tech, intelligent, and sustainable manufacturing practices. Strategically situated in Guangzhou and serving the Greater Bay Area including Hong Kong and Macau, Guangzhou Industrial Technology is positioned to become the industry’s signature showcase in China. As one of the forerunners in global manufacturing, China has introduced a number of policy measures to promote the use of smart manufacturing technologies. These efforts are part of a broader national development strategy known as ‘new industrialisation’, which is focused on modernising and advancing the country’s manufacturing sector. The significance of this initiative was underscored at the Central Economic Work Conference on 11 December 2023, where top Chinese officials stressed the need to stimulate industrial innovation by fusing technological advancement with a committed focus to new industrialisation.[1] In line with these objectives, Guangzhou Industrial Technology is committed to building a comprehensive exhibition and communication platform for smart manufacturing technologies. Over 30,000 visitors and 400 exhibiting companies are expected at the 2024 event, which is set to provide insights into the latest market trends and the competitive dynamics of new industrialisation. Notable industry participants include Dongguan DingTong Precision Metal, Dongguan Yalu Industrial, Guangdong FRENK Intelligent Technology, and more. A unified supply chain solution supporting diverse industriesGuangzhou Industrial Technology will support South China’s manufacturing sector by presenting an expansive range of technologies encompassing the entire breadth of the manufacturing supply chain. The event aims to help businesses save costs, improve productivity, and increase organisational efficiency. It will host exhibitors from a variety of industries including software and IT systems, industrial communication technologies, industrial robots, non-standard automation equipment, system integration and smart equipment, and industrial cloud platforms. Also featured will be fluid transmission and air pressure technologies, smart logistics, metal processing and laser welding, moulding technologies such as moulds, 3D printing, die casting, forging and more. This convergence of sectors is aimed at supporting the industry’s progression toward new industrialisation. A specialised exhibition zone for the bearing industry The show will also host a selection of themed exhibition zones spotlighting the latest in industrial cloud platforms, smart equipment and more. Notably, one of these specialised zones focuses on the bearing industry. As an essential component of mechanical engineering, bearings are widely utilised across sectors including automotive, wind power, aerospace, and construction machinery. In recent years, this industry has been actively exploring new methods of intelligent production; Guangzhou Industrial Technology aims to accelerate these developments and offer support for the bearing industry’s technological transformation. Featured exhibitors in this zone will include Germany’s BKD (Boken) Group, Changzhou Dongfeng Bearing Co Ltd, Harbin AVIC Bearing Co Ltd, and Jiangsu Nanfang Precision Co Ltd. Concurrent events structured to promote industry exchange and innovationThe exhibition aims to create a multifaceted, open platform encouraging international exchange and cooperation, and will draw together representatives from leading global institutions, universities, top-tier companies and prominent research institutes. It will also host a series of concurrent events, including forums, panel discussions, and product and company presentations, all centred around the critical themes of industry, applications, academia and international considerations. Highlighted sessions include the Guangzhou International Smart Manufacturing Conference, the Industrial Digitalization Conference, the European Smart Manufacturing Innovation and Technology Forum, the Advanced Sensing and High-End Manufacturing Academic Conference, the Japan IIFES Exhibition Cooperation Forum, the 5th Industrial Moulding Summit, the Guangzhou International 3D Printing Industry Technology Application Seminar and the Injection Moulding Advanced Technology Forum. Guangzhou Industrial Technology is set to streamline the sourcing experience for attendees by running concurrently with SPS – Smart Production Solutions Guangzhou, a member of the internationally recognised SPS brand. Specialising in cutting-edge smart technologies, SPS – Smart Production Solutions Guangzhou expects to attract a significant international presence, thereby further promoting the alignment of China’s smart manufacturing industry with international standards. This collaboration is designed to yield synergistic benefits, enabling industry-wide networking and providing a unified platform for advancement, innovation, and development in the industrial sector. Across the fair, visitors will also come across with Asiamold Select – Guangzhou, a central meeting point for moulding, casting, and 3D printing professionals to discover new solutions, network with peers, and exchange information. For more details about the fairs, please visitwww.gitfair.com or email git@china.messefrankfurt.com.

The manufacturing sector stands at the brink of a technological revolution, poised to redefine the landscape of production and innovation. As we gear up for the Keynotion Smart Manufacturing World Summit in Stuttgart from April 3rd to 5th, 2024, it's crucial to delve into the dynamics shaping the future of this industry. Integration of Advanced Technologies The adoption of advanced technologies is not just a trend but a necessity in the current manufacturing scenario. Artificial Intelligence (AI), Internet of Things (IoT), and robotics are no longer futuristic concepts but integral components driving efficiency and innovation. The integration of these technologies has enabled manufacturers to enhance precision, reduce downtime, and foster product innovation. Moreover, the use of big data analytics has become pivotal in understanding market trends and customer needs, enabling manufacturers to make informed decisions. Leadership in a Technologically Advanced Manufacturing Landscape The role of leadership is paramount in navigating the challenges and opportunities presented by technological advancements. Effective leaders must not only understand the technical aspects but also possess the vision to drive change. They are responsible for cultivating a culture that embraces innovation while ensuring that the workforce is skilled and prepared for the changes. Leaders must also focus on strategic partnerships and collaborations, as the complexity of new technologies often requires a multi-disciplinary approach. Ethical Considerations and Human-Centric Approaches As we embrace technology, ethical considerations and human-centric approaches must remain at the forefront. The fear of job displacement due to automation is a significant concern. Thus, ethical leadership must focus on reskilling and upskilling employees. Furthermore, manufacturers must ensure that the adoption of technology does not compromise data security and privacy. A balance between technological advancement and ethical considerations is essential for sustainable growth. Operational Efficiency Through Emerging Technologies Emerging technologies have the potential to significantly boost operational efficiency. Technologies like predictive maintenance, 3D printing, and smart sensors can reduce waste, enhance product quality, and streamline processes. The integration of these technologies leads to a more agile manufacturing process, capable of quickly adapting to market changes and customer demands. Sustainable Manufacturing and Circular Economy The concept of a circular economy is becoming increasingly relevant in the context of sustainable manufacturing. This approach emphasizes the reuse and recycling of materials, aiming to minimize waste and environmental impact. Smart manufacturing technologies play a crucial role in this, enabling more efficient use of resources and energy. Manufacturers are also exploring renewable energy sources and sustainable materials to further reduce their ecological footprint. Latest Trends and Game Changers Looking ahead, trends like digital twins, augmented reality (AR) for training and maintenance, and blockchain for supply chain transparency are set to become game changers. The potential of these technologies to transform manufacturing processes is immense, offering unprecedented levels of efficiency, customization, and quality control. Conclusion As we look forward to the Keynotion Smart Manufacturing World Summit, it is clear that the future of manufacturing is bright, brimming with opportunities for innovation and growth. The summit promises to be a melting pot of ideas and discussions, shaping the future of smart manufacturing. For more details about the event and to be a part of this transformative journey, visit Keynotion Smart Manufacturing World Summit

igus Robots Used in Laser Vending Machines Multi-axis articulated robots from igus, the plastics specialist from Cologne, can be used individually and flexibly - for simple pick-and-place applications, quality checks, or loading processes on a linear axis, positioned horizontally or vertically. At Technik & Design Erler in Tyrol, the low-cost robolink DP robot helps inscribe souvenirs individually, putting a smile on customers' faces. Technik & Design Erler, based in Waldeben am Weerberg in Austrian Tyrol, was founded in 2013 by Daniel Erler. At the time, he was just completing his master's examination in mechatronics for machine and production technology and was also employed by a renowned Tyrolean glass company. The young entrepreneur's goal was to build his laser machines and, as a service provider, offer laser finishing, engraving, and customization of items made of natural materials, such as slate, wood, and leather. "In October 2015, I became completely self-employed and turned my passion - developing and building machines - into my profession," says Erler. As luck would have it, a new business idea emerged at a customer event in the autumn of 2019. "A business partner had booked my mobile laser engraving machine to engrave customized party presents. It was so well-received by the host and guests that it gave rise to the idea of building a laser vending machine," Erler continues. When he got home, he contacted his friend, Alexander Merth, owner of Lextronic, who specialized in applications in the field of robotics, control and regulation technology as well as mechanical engineering, to talk to him about the idea and ultimately implement the project together. From idea to laser vending machine The goal was to design a vending machine that customers can operate themselves to engrave a wide variety of souvenirs (keyrings, pens, etc.) completely automatically. The two friends then created a specification sheet and started looking for components. "I was enthusiastic about this idea right from the start and was looking forward to working with Daniel. The mechanics, including the sequence control system, was certainly one of the most challenging areas in this project, so we wanted to play it safe here and decided to use an igus robolink robot," says Merth. Philipp Farthofer, Technical Sales Consultant at igus Austria, adds, "Space was limited, so the robot had to swivel overhead. That's why we used the robolink DP articulated-arm robot, which can carry out such applications easily and cost-effectively." The robolink RL-DP-5 multi-axis articulated robot The robolink DP articulated arm robot has five degrees of freedom and a reach of up to 790 millimeters. It can be customized and used flexibly for applications with precision requirements of 0.5 millimeters with a load of up to three kilograms. The free, no-license igus Robot Control software is integrated into the control system, so it uses a uniform operating concept. This reduces project planning effort and facilitates commissioning. "The robot's software is very simple and user-friendly, and all the robot arm's movements can be simulated on the computer in advance, which made things a lot easier for us," says Erler. The robolink robotic components consist largely of our tribologically optimized plastics (that is, high-performance igus plastics optimized for friction and wear) and significantly reduce costs. They also ensure a long service life and require no maintenance. Automated key chain customization Technik & Design Erler's laser vending machine requires only a 230-volt power connection and one square meter of installation surface. The vending machine is controlled via a touch display, on which the customer can also specify the text and position of the engraving. After payment with a card or coin, the machine starts. The robot uses a suction cup to lift the keyring to be engraved from a storage depot. A sensor ensures that it is aligned so that the hole for the strap is in the right place. Then the robot lifts the keyring so that it is under the laser head. The customer's engraving is lasered onto the front, and it is possible to have a logo or image engraved on the back. The robot then transports the keyring to a protected compartment from which the customer can remove it, including the strap, much like the procedure in a vending machine. "I'm always impressed by the exciting applications our multi-axis articulated robots allow," says Farthofer from Technik & Design Erler. igus plain bearings and double joints are also used Besides the robot, plain bearings made of iglidur G, the all-rounder igus material, and igubal double joints are used in Technik & Design Erler laser machines for chip output and motors. The advantages include not only quick and easy assembly, but above all freedom from lubrication and therefore from maintenance thanks to the tribologically optimised plastic, from which most of the robotic components are made. "We are excited about the igus robot. It's easy to program, handles all the functions we need, and has a very attractive design. Not to mention the reasonable price. Any other robot would have cost us at least three times as much," says Daniel Erler.

In Industry 5.0, humans are at the heart of the processes. It’s about finding ways for digital solutions and humans to collaborate effectively. While Industry 4.0 focused on advanced technology and automation, Industry 5.0 emphasizes the role of humans working in conjunction with digital solutions. By Barath Shankar Subramanian The world is changing faster than ever, and we’re on the brink of a new revolution – Industry 5.0. To understand what this means and how it differs from Industry 4.0, let’s take a trip through the industrial ages. The first phase kicked things off with mechanization and steam power, transforming agrarian societies into industrial ones. It was a time when the power of steam and machinery revolutionized manufacturing. Before this, people relied on manual labor and animal power to produce goods. Steam engines changed everything, allowing factories to produce goods at a scale and speed previously unimaginable. The second phase was powered by electricity and marked by assembly lines and mass production. Electricity made it possible to power factories more efficiently than ever before. Assembly lines, pioneered by Henry Ford in the early 20th century, allowed products like automobiles to be made with incredible efficiency. This era saw a dramatic increase in the availability of consumer goods. The next step was integrating computers into manufacturing processes. It was a game-changer, as computers enabled automation and precision that were previously unattainable. This era brought us CNC (Computer Numerical Control) machines, which could produce complex parts with incredible precision, and it laid the groundwork for the digital transformation that was yet to come. And then Industry 4.0 was a major leap forward, bringing in the integration of cyber-physical systems, the Internet of Things (IoT), big data, and artificial intelligence (AI) into industrial processes. This revolution was marked by machines communicating with each other and with humans in real-time. Factories became smarter and more efficient, thanks to sensors that could monitor equipment health and provide data for predictive maintenance. Production lines were optimized using AI algorithms, and supply chains became more responsive and adaptive. And now, we find ourselves at the threshold of Industry 5.0. This phase doesn’t discard the technological advances of the past; rather, it builds upon them. It takes transformative technologies like IoT, sensors, automation, and robotics and integrates them with something crucial – humans. In Industry 5.0, humans are at the heart of the processes. It’s about finding ways for digital solutions and humans to collaborate effectively. While Industry 4.0 focused on advanced technology and automation, Industry 5.0 emphasizes the role of humans working in conjunction with digital solutions. This shift addresses the critical need for a harmonious integration of technology and the human element. Industry 5.0 recognizes that technology alone isn’t enough to solve all challenges. Humans thus form the center of progress. What Industry 5.0 does is aim to achieve results that surpass what either machines or humans can accomplish in isolation. Imagine a manufacturing scenario. How can AI and digital solutions optimize material input? Traditionally, people would manually sort hazardous materials, a risky and labor-intensive task. But in Industry 5.0, we can add an AI layer to visually define particle size distribution, and machines can sort the particles accordingly. Humans initiate the process and provide input, while machines take over the sorting task, especially in situations like coal plants. Let’s consider an example from one of our portfolio companies, Detect Technologies. They recognized that humans can’t catch safety violations and potential hazards every time, as the human eye can only perceive so much. Detect Technologies combined the efficiency of digital solutions, like cameras and monitoring algorithms, with real-time scanning for deviations, safety violations, and potentially fatal situations. These systems trigger alerts for timely interventions, significantly improving workplace safety. In Industry 5.0, the goal is to achieve results that surpass what either machines or humans can accomplish in isolation. This synergy allows for greater innovation, efficiency, and the ability to address complex challenges that require both technological prowess and human intuition. When humans and machines collaborate harmoniously the results can be extraordinary. Machines excel at data-intensive, repetitive tasks that ensure precision and consistency, humans on the other hand contribute the nuanced decision-making and emotional intelligence required in complex situations. In essence, Industry 5.0 represents a new phase in industrial development were technology and human expertise work together symbiotically. It acknowledges that while technology has revolutionized manufacturing, the unique qualities of human intelligence and adaptability remain invaluable and essential in driving progress and achieving new heights in the industry. When humans and machines collaborate harmoniously, the results can be extraordinary. Machines handle data-intensive, repetitive tasks with precision, while humans provide critical thinking, creativity, adaptability, and problem-solving abilities. So, as we stand at the brink of Industry 5.0, we can see that it’s not about replacing humans with machines. Instead, it’s about creating an environment where machines and skilled workers can collaborate seamlessly. In this scenario, machines complement human skills, and human expertise enhances the capabilities of the machines. Barath Shankar Subramanian is Partner at venture capital firm Accel. Views expressed are the author’s own. Source: www.financialexpress.com

According to the World Bank, manufacturing is a crucial pil­lar of the global economy, con­tributing approximately 17% to the global GDP. Due to its interconnectedness with various industries, the manufacturing sector generates significant economic multiplier effects. Industry 4.0 is crucial for manufacturers to secure their future and contribute to economic progress. Also known as smart manufacturing, it merges the physical and digital realms by utilising technol­ogies like cloud computing, automation solutions, AI and the Internet of Things (IoT) to build interconnected systems. This gives manufacturers real-time data and advanced analytics, enabling quick, informed decisions and fostering highly efficient and flexible operations. “Manufacturers in Asia Pacific (Apac) are looking at transforming their business with Industry 4.0 to optimise their operations and reduce costs. But their goal is not about cutting manpower. Instead, the focus is on empowering workers to be more productive as well as increase the efficiency and accuracy of their processes through the use of automation, AI [and other technologies related to Industry 4.0],” Peter Moore, senior vice president and head of enterprise cloud for Asia Pacific and Japan at tech giant SAP tells DigitalEdge. Still, the adoption of Industry 4.0 varies throughout the region, influenced by factors such as infrastructure, logis­tics and supply chain systems, digital engineering abilities, talent, technology accessibility, and regulatory backing, says Vivid Gong, director analyst at Gartner. “Advanced economies like Japan, Korea and Singapore are at the forefront of adoption due to their developed infra­structure, strong manufacturing sectors, and government initiatives. They’re already implementing technologies like IoT, AI and robotics in their manufacturing processes to improve efficiency and competitiveness. Countries like Thailand, Malaysia, Indonesia, and Vi­etnam are still making progress in smart manufacturing,” he adds. Legacy systems running silos also prevent manufacturers from accelerat­ing their Industry 4.0 journey. “Many Apac manufacturers still rely on legacy on-premises applications. While mod­ernising these systems is imperative, part of that is also about removing silos. Disconnected ecosystems — such as fragmented tools, applications, and data — hinder a manufacturer’s ability to focus on strategic initiatives as more time is spent on maintenance instead of innovation,” says David Irecki, director of solutions consulting for Asia Pacific and Japan at Boomi, a cloud-based integration platform as a service (iPaaS) provider. He continues: “Factories [will also] deploy more production machines, wire­less connectivity, and sensors to oversee production lines and execute decisions autonomously [in the future]. So, ensuring these systems can converse with each other will be key to efficient output… [and for better] inventory management, delivery tracking transparency and co­ordination.” Building blocks Cloud computing is fundamental in enabling manufacturers to accelerate their Industry 4.0 journey. Moore explains: “Cloud adoption in Apac’s manufacturing industry is now further forward than years ago. So, manufacturers can use advanced technologies like AI and IoT to create digital twins (which are vir­tual replicas of a physical object or sys­tem to simulate and measure a process) and connected warehouses that can help automate the factory floor, refine manufacturing processes, better manage ener­gy consumption to reduce carbon emis­sions and more.” Although manufacturing companies globally see the need to invest in Industry 4.0 to improve their supply chain resiliency, two-thirds are stuck at the piloting stage, according to a 2023 SAP-commissioned global supply chain survey. To help manufacturers embrace Industry 4.0 at scale, SAP offers solutions that can transform end-to-end operations — from the core systems, back-office IT, supply chain and front office for customer engagement. The solution portfolio consists of SAP S/4HANA as the business backbone, integrated with the SAP Business Technology Platform, with cloud business applications that extend the core with innovative Industry 4.0 scenarios and connectivity to devices in the factory.

The Ministry of Education will look into specific allocations for equipment involving science, technology, engineering and mathematics (STEM) education as well as robotics in Budget 2024. Minister Fadhlina Sidek said this was based on current needs and a measure under the STEM Strengthening Initiative to support the need for extracurricular activities in schools. She said this was part of efforts to make the younger generation in the country more knowledgeable as well as creative, innovative and competitive in high-impact outdoor activities. "The MOE will always look into this need, if we talk about the culture of STEM education, it is closely related to the initiative and I think through the Budget (2024), it will get the required support,” she told reporters after the closing ceremony of the 2023 National Robotics Competition Finals at Universiti Tun Hussein Onn here on Thursday. Commenting further, Fadhlina said the supply of robotic equipment sets to primary and secondary schools had given students the opportunity to experience the teaching and learning process directly in the classroom as well as during co-curricular activities. On Thursday's competition, she said five teams, namely SJKC Puay Chai 2, SMJK Kwang Hwa, SMK Chung Hua (CF), SMK Khatolik (M) and SMK Tinggi Batu Pahat had qualified to represent Malaysia at the international level. All five teams will compete at the World Robot Olympiad 2023 (WRO 2023) International Final in Panama City, Panama, from Nov 7 to 9. A total of 12 categories were contested at the national level this time, with the participation of 5,625 students from 1,875 primary and secondary school teams across the country. Source: theedgemalaysia.com

TO revolutionize the agricultural landscape, Meraque Group, a local robotics solutions company, has unveiled an autonomous ground vehicle (AGV) known as Robotic Agro in Complex Environment (RACE). This development marks a milestone in robotics automation in agriculture, promising to usher in a new era of efficiency and precision in farming practices in the nation. RACE was launched by Agriculture and Food Security Minister Datuk Seri Mohamad Sabu during the Malaysia International Agriculture Technology Exhibition at the Setia Alam Convention Centre recently. The launch showcases an enhanced and upgraded version of this pioneering agricultural innovation. RACE's capability As an AGV, RACE is designed to navigate the intricate and challenging terrain of agricultural environments. It boasts features that promise to redefine precision and efficiency in the industry. Its features include mobility control powered by artificial intelligence (AI), long-range (LoRa) real-time data transmission, light detection and ranging (LiDAR) navigation, an expansive 500-litre smart liquid tank, 12-metre maximum spray width and a 30° terrain-climbing capability. According to Meraque, it has secured patents for the incorporation of real-time kinematic LoRA technology, swarm technology and smart spraying within the RACE system. The company said RACE was designed to decrease dependence on foreign labor and enhance fertilizer spraying consistency in crop and plantation fields, moving beyond just oil palm plantations. With a high-power computing module in the brain and AI, RACE can navigate its way autonomously between plants, and analyses surroundings for decision-making and routing, while setting boundaries using high-precision location points. RACE also has 360° vertical and horizontal directional spray functions, autonomous driving capabilities, a 700kg maximum load capacity, advanced obstacle avoidance detection systems and an electronic parking system. The launch of RACE signifies Meraque's evolution from a company primarily focused on drone technology to one that champions robotic automation, powered by AI, tailored for the agriculture sector. As an autonomous ground vehicle, RACE is designed to navigate the intricate and challenging terrain of an agricultural environment. Market share Meraque commands Malaysia's largest market share for drone spraying services and harbors bold ambitions. By 2025, the company aspires to be among the top 10 largest agricultural technology robotic automation companies globally. Meraque envisions a transformative role for itself in the agriculture industry, driven by digitalization and innovation. The launch of RACE represents a milestone in this journey. Meraque chief executive officer Md Razalee Ismail said the company's commitment to innovation and sustainability has driven them to develop RACE to not only transform the industry but also advance Malaysia's agricultural prowess on the global stage. "With RACE, we have evolved from a drone company to a leader in robotic automation, and this is just the beginning. We want to play a significant role in realizing Malaysia's goal of becoming a hub for robotics in services, agriculture and manufacturing, and achieving recognition as a high-tech nation by 2023," said Razalee. "The technology has undergone rigorous real-world testing in plantations, leaving clients highly satisfied with its capabilities. Following the launch, RACE will undergo commercialization." Malaysia emerged in the 14th spot on the Automation Readiness Index and Robot Density. As an integral component of the National Robotics Roadmap, Malaysia is setting its sights on becoming a regional hub for robotics in sectors such as services, agriculture and manufacturing by 2030. Source: www.nst.com.my

Singapore-based cleaning firm Conrad Maintenance has welcomed its new shareholder SoftBank Robotics Singapore (SBRSG), the Asia-Pacific Headquarters of SoftBank Robotics Group Corp, as one of the first Singapore partnerships in order to transform the cleaning services into a smart facility management service in Singapore as (Smart Business Transformation (SmartBX TM). To drive innovation in the cleaning industry, SBRSG will support Conrad Maintenance in digitizing cleaning services with the use of robotics solutions, artificial intelligence (AI) and internet of things (IoT) sensors to deliver on-demand efficient cleaning services, Conrad Maintenance said in a statement. According to the firm, the partnership aims to transform the cleaning industry especially in the face of the current tight labor shortage post-pandemic as companies look to use manual labor less and make smarter decisions about how, where and when to deploy machines. Through this cooperation, SBRSG and Conrad Maintenance aim to transform the cleaning business by integrating and scaling with robotic solutions. SBRSG will be able to accelerate the growth and adoption of “Cleaning Digital Transformation” through Conrad Maintenance and provide high quality and low-cost cleaning with substantial cost savings. It is noted that advanced cleaning services utilizing robots have been proven to significantly reduce costs and improve cleanliness, allowing employees to gain new technical skills and work with new technologies. Conrad Maintenance will therefore leverage SBR’s knowledge and experiences accumulated in a smart facilities management service. “With Conrad Maintenance on board as part of SoftBank Robotics Group’s portfolio company, we are pleased to launch our smart facility management service “SmartBX™” in Singapore bringing unparalleled automation, convenience and robotics solutions to their customers,” said Kenichi Yoshida, Chief Business Officer at SoftBank Robotics Corp. According to him, this moves signals the true transformation of SoftBank Robotics to a Robot Integrator and a robotics services provider in the cleaning space while delivering the seamless integration of robotics, AI and sensors on top of cleaning efficiency and efficacy. Raymond Ng, Founder and Chief Executive Officer at Conrad Maintenance, said that the firm is excited to partner with SoftBank Robotics, the leader in the robotics solution industry. “Due to the rising costs of labor and shortage in manpower, our partnership with SoftBank Robotics allows for enhancement of world-class cleaning services that will seamlessly integrate all our offerings into one user-friendly system making it easier than ever for us to manage our cleaning and facility maintenance solutions,” he said. Founded in 2003, Conrad Maintenance is a firm providing cleaning services with the latest technology and robotics. The firm is covering more than 50 sites in Singapore, mainly niche market such as oil and gas, logistics and manufacturing industries as well as a range of small, medium and large enterprises.

Eureka Robotics, a robotics startup spun off from one of Singapore’s leading universities, is making a foray into Japan, hoping to transform the country’s manufacturing through AI, the company CEO told Nikkei Asia. Eureka CEO Pham Quang Cuong said the startup opened an office in Tokyo this year and aims to win customers for its automation software through partnerships with manufacturers in Japan, one of the world’s largest markets for industrial robots. “There’s an economic pressure, but also a social mandate for companies to improve automation because of demographic changes,” said Pham, who is also an associate professor at Singapore’s Nanyang Technological University (NTU) currently on leave. The Singapore-based company is looking to expand its handful of staff in Japan to around 30 or so over the next two years. “We want to work with Japanese companies to help them integrate robotics and AI in their product line,” Pham said. Eureka’s core software connects robotic arms, 2D and 3D cameras and sensors to perform tasks with high precision, such as picking up fragile objects like optical lenses or electronic components measuring as little as a few millimeters across. The product comes as a package that includes both hardware and software and is marketed to a wide range of manufacturers from lens makers to companies engaged in maintenance, repair and overhaul in the aviation industry to logistics companies. Even with limited expertise in coding, engineers can easily set up and customize tasks using simple commands that can be displayed as block diagrams on a computer screen. Unlike competing products, Pham said Eureka’s software allows robots to perform with both high precision and agility. Many industrial robots in use today are precise but not agile, meaning they are good at performing repetitive tasks such as auto assembly but are unable to perform a wide range of tasks. On the other hand, those with low precision and high agility, such as robots used in warehouses that can handle parcels of different sizes and configurations, are unable to do precise work or handle delicate objects. With Eureka software, “Workers can be freed from mundane, repetitive tasks […] and ensure high-quality control by minimizing human errors,” Pham said. The company’s technology originates from research by Pham, who began his career as a neuroscientist. The Vietnamese researcher obtained his doctorate in France and later did postdoctoral research in robotics at the University of Tokyo before joining NTU. Pham’s work attracted attention, particularly the “IKEA Bot,” a robot equipped with a 3D camera with two robotic arms that was able to make and execute a plan to assemble a flat-pack chair from the furniture store in just 20 minutes. The breakthrough was published in the journal Science Robotics and went viral on the internet. With the help of NTU, Pham spun off the research in 2018 and was later joined by a former Ph.D., student Hung Pham, who is now Eureka’s chief technology officer. Last year, the company raised USD 4.25 million in a fundraising round led by University of Tokyo Edge Capital Partners (UTEC), the venture capital linked to Pham’s alma mater. Most of the company’s revenue comes from multinational companies based in Singapore, Pham said, but Eureka sees its “biggest opportunity” in Japan, a country where automation is becoming an urgent task as the population ages. The number of young workers in the manufacturing industry has fallen by 1.21 million over the past two decades, according to an industry white paper. The number of elderly workers, meanwhile, has risen by about 330,000 over the same period. While China is the largest market for industrial robots, Pham noted that Japan’s eagerness to welcome foreign companies is a plus. “Very early on, we had this idea that we need to go overseas, and for us, Japan is No. 1,” he said. Pham said the company is already making strides with Sigma Koki, a Japanese optical equipment maker, in automating the detection of defects and scratched lenses. The two companies are seeking to sell the product to third parties. Other partners include Denso Wave, an industrial robotics firm. “People had this image of Japanese companies wanting to do everything on their own […] and didn’t collaborate with anybody,” Pham said. “But if they want to compete on [a] global scale, then monozukuri (“craftsmanship”) is not sufficient.” Source: kr-asia.com

Oscilloscopes are essential measuring instruments in modern science and engineering fields. Oscilloscopes help engineers and scientists observe and analyzes electronic signals, helping to solve various problems and drive technological progress. In the oscilloscope market, RIGOL is a well-respected brand with a product line that covers various aspects of oscilloscope specifications and functionality. The DHO800 and DHO900 series feature a compact form factor and also support standard monitor stand usage, effectively reducing desktop footprint and providing you with a more ample workspace. The features of DHO800 and DHO900 Excellent performance First, let's look at the performance of the oscilloscope. The DH800 and DHO900 series boast high sampling rates of up to 1.25GSa/s, enabling accurate capture of high-frequency signals and detailed waveform analysis. Additionally, 12-bit vertical resolution means detailed signal characteristics can be precisely analyzed. Multi-channel options Whether you need two or four analog channels, these oscilloscopes have it covered. Additionally, the DHO900 series has up to 16 digital channels and is great at capturing digital signals. Multi-channel options are suitable for a variety of applications. Long memory length Another notable feature of the oscilloscope is its long memory depth. The DHO800 series supports up to 25M points, and the DHO900 series has up to 50M points memory depth available. This allows you to capture a lot of waveform data and perform detailed analysis. Long memory in an oscilloscope is crucial for applications requiring comprehensive data acquisition and detailed waveform analysis. It allows the oscilloscope to capture rare events, acquire high-resolution data, support protocol analysis, enable wide-timebase measurements, facilitate history and sequence modes for tracking signal changes, offer zoom and magnification for fine detail examination, store pre-trigger and post-trigger data for event context, and assist in statistical analysis. Long memory is valuable for engineers and researchers in electronics, telecommunications, and research, providing the capability to gain deeper insights into signal behavior and system performance over extended time intervals. High waveform capture rate DHO800 and DHO900 offer a maximum functional capture rate of 1,000,000 wfms/s. A high waveform capture rate is vital for oscilloscopes as it enables efficient and real-time signal analysis, ensuring the rapid acquisition of multiple waveforms, improved chances of capturing rare or intermittent events, advanced triggering and event isolation, signal integrity validation, interleaved acquisition, mixed-signal analysis, seamless debugging, accurate waveform averaging and statistical analysis, monitoring multiple signals simultaneously, and precise time-domain analysis. This feature is instrumental in a wide range of applications, from electronics development to troubleshooting complex systems, enhancing the instrument's ability to capture, display, and analyze signals with speed and accuracy. Versatile interface and portability The oscilloscope is equipped with various interfaces such as USB, LAN, and HDMI, making it easy to connect with other devices and external systems. Furthermore, it uses a USB Type-C interface and can be powered using a mobile battery, eliminating the need for a power outlet. Additionally, the lightweight and compact design (1.78kg) makes it easy to transport to various measurement sites. Comparison with competitive products In the market, the DH800 and DHO900 series are clearly superior in their performance. Compared to competitive products, higher sampling rates and vertical resolution provide more accurate measurement results. It also offers excellent value for money, as comparable products from competitors often come at a higher price point despite offering similar performance. Advantages of 12-Bit Oscilloscope 12-bit oscilloscopes are a type of digital oscilloscope that offers higher resolution than their 8-bit counterparts. In a 12-bit oscilloscope, each sample is represented using 12 bits of data, which allows for finer voltage resolution and more accurate measurement of signals. This can be especially useful when working with low-level or small amplitude signals, as the increased bit depth provides better measurement precision. Higher-resolution oscilloscopes, such as 12-bit models, can be valuable for applications that require detailed signal analysis, including audio, RF, and power electronics testing. They can capture and display signals with greater clarity and accuracy, making them a preferred choice for certain tasks. Keep in mind that as technology evolves, oscilloscope specifications and features may change, so it's a good idea to check with specific manufacturers and their product lines to find the latest 12-bit oscilloscope models available on the market. Choosing a 12-bit oscilloscope over an 8-bit oscilloscope can offer several advantages in specific situations where high precision and greater signal detail are necessary. Here are some of the key advantages of a 12-bit oscilloscope compared to an 8-bit oscilloscope: Higher Resolution: The primary advantage of a 12-bit oscilloscope is its higher vertical resolution. It can represent voltage levels with 4,096 discrete values (2^12), compared to 256 values (2^8) in an 8-bit oscilloscope. This finer resolution allows you to measure and display voltage levels with greater precision. Better Measurement Accuracy: With its higher resolution, a 12-bit oscilloscope provides better measurement accuracy, especially when dealing with low-level signals. This is crucial in applications where precise voltage measurements are essential. Improved Dynamic Range: A 12-bit oscilloscope typically offers a wider dynamic range compared to an 8-bit oscilloscope. It can accurately measure both high-amplitude and low-amplitude signals within the same measurement. This is important when working with a broad range of signal amplitudes. Enhanced Signal-to-Noise Ratio (SNR): The higher bit depth of a 12-bit oscilloscope results in a better signal-to-noise ratio (SNR). This means it can capture and display weak signals with less noise interference, making it ideal for applications that involve detecting low-level signals or analyzing signals in noisy environments. Greater Precision in Waveform Analysis: A 12-bit oscilloscope is well-suited for detailed waveform analysis, such as accurate voltage measurements, signal shape analysis, and signal integrity testing. This precision is valuable in various fields, including electronics, telecommunications, and research. Reduced Quantization Error: With more bits of resolution, a 12-bit oscilloscope minimizes quantization error, which can be significant in 8-bit oscilloscopes. Quantization error is the discrepancy between the actual analog signal and its digitized representation, and lower error levels lead to more accurate measurements. Increased Flexibility for Advanced Applications: In applications where precise measurements are crucial, such as power electronics, RF engineering, audio analysis, and research, a 12-bit oscilloscope provides the flexibility and accuracy required for complex and demanding tasks.

Phoenix Contact, a leading provider of electrical engineering and automation solutions, marked a significant milestone in its illustrious history with a grand celebratory dinner to commemorate its 100th anniversary. The event, held on October 16, 2023, at Paulaner Brauhaus Singapore, brought together key stakeholders and valued customers in a jubilant celebration of a century of unwavering commitment to excellence. A Night of Excellence The celebration was graced by distinguished guests, including Dr. Teo-Koh Sock Miang, President of the Singapore National Paralympic Council (SNPC), and esteemed leaders from Phoenix Contact, including the Chief Operating Officer (COO), Mr. Torsten Janwlecke, alongside the company’s shareholders, Ms. Christine Eisert and Ms. Barbara von Braunbehrens. Their presence alongside key partners in the region added an extra layer of significance to the event, underscoring Phoenix Contact’s deep-rooted commitment to the community and its partners. Championing Abilities: Partnership with the Singapore National Paralympic Council In a testament to its dedication to making a positive impact within the community, Phoenix Contact Southeast Asia established its partnership with the SNPC in March 2023. This partnership with the SNPC reflects Phoenix Contact Southeast Asia’s dedication to empowering individuals and promoting inclusivity within the community. It underscores the company’s belief in the transformative power of sports and its ability to inspire and uplift lives. One of the highlights of this partnership is the “Blaze to 100,000km” campaign, a fitness challenge designed to encourage employees to lead active lives and collectively cover an impressive 100,000 kilometers. This distance mirrors the distance between Phoenix Contact Southeast Asia and its headquarters in Blomberg, Germany. With every kilometer achieved, Phoenix Contact Southeast Asia will donate a sum to the SNPC as a direct support of the dreams and aspirations of these remarkable athletes. To date, Phoenix Contact Southeast Asia has donated $50,000 to the SNPC and is hopeful about the continuation of this meaningful partnership. As the evening progressed, Mr. Torsten Janwlecke, COO of Phoenix Contact, took the stage to express his gratitude towards the employees and partners who have been instrumental in the company’s success over the past century. “We have been here in Southeast Asia now, for 25 years, a quarter of our company’s development. With the support of our employees and partners, the whole region offers a prosperous business opportunity in the years to come,” he remarked. A Glimpse into the Next Century With a legacy of excellence and a forward-looking approach, Phoenix Contact is poised to continue driving positive change and leaving an indelible mark on the industry for generations to come. Driven by a vision of a sustainable future, Phoenix Contact aims to harness the collective power of its people, partners, and communities to continue pushing boundaries and set new benchmarks in the electrical engineering and automation industry. “We have placed in our mission, the word “together” as our company’s vision,” remarked Mr. Torsten Janwlecke. “It signifies that Phoenix Contact as a company, drives our business through collaboration and working together. With employees, we wish to be good employers and to service our staff so they feel motivated. The same is true for our customers, where we strive to be a reliable and trusted partner to achieve business success but also make a positive impact on the world around us. Beyond a reflection of the company’s rich history, the centennial celebrations are a resounding declaration of the company’s enduring commitment to innovation, inclusivity, and progress. For more information about Phoenix Contact and its centennial achievements, please visit phoenixcontact.com/ensg/100-years-of-phoenix-contact About Phoenix Contact Southeast Asia Phoenix Contact Southeast Asia is a subsidiary of Phoenix Contact GmbH & Co. KG, a global market leader in the field of electrical engineering. With a strong presence in Southeast Asia, the company provides cutting-edge solutions for various industries, in the field of automation, connectivity, and control technology. With a 25-year legacy of excellence, Phoenix Contact Southeast Asia is committed to shaping a sustainable future through collaborative partnerships, technological innovation, and community engagement.

IoT extends beyond connected devices, serving as powerful tools to address global challenges like climate change and disease management. From tracking infections and controlling soil moisture to monitoring traffic and air quality in smart cities, IoT transforms industries. I will explore current IoT applications, challenges and successful implementation strategies across sectors. How Industries Are Using IoT Devices To Gain Competitive Edge IoT is most commonly used in the following industries. Travel The travel industry was quick to adopt IoT, actively contributing to what is often talked about as "smart tourism." Big hotel brands like Hilton and Marriott are using IoT devices to control room temperature and lighting in the guest rooms. Airports like Amsterdam Schiphol, Singapore Changi and Dubai leverage IoT devices to track passenger and luggage movement across the airport. Additionally, big airlines leverage IoT sensors to track engine performance, vibration levels and fuel metrics so that any problems with aircraft can be determined in advance. Smart luggage trackers like Apple AirTag, Tile, Samsung Galaxy SmartTag and LugLoc can be attached to luggage to monitor its location. Agriculture Often referred to on the web as "precision agriculture" or "connected farming," IoT has transformed agriculture by making crop cultivation more explicit and data-driven. Using detailed maps of the land, farmers can distribute water and fertilizers exactly where they are needed. For example, John Deere embeds IoT sensors in their tractors, harvesters and planters, which collect data on crop health and equipment performance. CropX gathers farm data and produces recommendations about irrigation and nutrients for crops. Supply Chain And Logistics IoT devices have a profound impact on the supply chain. For instance, Walmart, Amazon and Kroger are using smart shelves and pallets with IoT sensors to track stock levels in real time, sending notifications when they need to be refilled. The modernization doesn’t end here: Smart shelves integrated into the automated systems reorder stock according to need. One more example is Amazon Go, the cashier-less stores that use IoT sensors and cameras to track the items that shoppers pick. Shoppers can simply walk out of the store without scanning any items. Manufacturing The IoT in manufacturing gave rise to the Industrial Internet of Things (IIoT). IoT devices predict equipment failures by gathering equipment parameters that are later analyzed by machine learning algorithms. For example, Rolls-Royce utilizes IoT along with AI to make predictions when a particular jet engine needs maintenance services. Healthcare IoT devices can monitor patient data, for example, blood sugar levels, heart rate and heart rhythm, and alert patients about their health conditions. Indeed, Apple is using data from the Apple Watch to detect atrial fibrillation, which can be a sign of a heart attack or stroke. IoT devices are greatly helping patients who have chronic illnesses and by reminding them to take pills on time. The Other Side Of Connectivity: The Challenges Of IoT As with any pioneering technology, IoT is not without its hurdles. Here are the biggest ones. Security And Privacy Vulnerabilities: IoT devices might be prime targets for cyberattacks as they transmit vast amounts of personal information. For instance, according to the Federal Trade Commission regarding Ring, due to a lack of stringent privacy measures in 2019, "hackers continued to exploit account vulnerabilities to access stored videos, live video streams, and account profiles of approximately 55,000 U.S. customers." Interoperability And Configuration: IoT systems comprise diverse devices with unique protocols, leading to a fragmented ecosystem. This poses challenges in communication among devices, such as huge factories using different protocols, hindering seamless data collection and analysis for informed decision-making. Real-Time Processing: Autonomous vehicles use real-time information from sensors so they can avoid collisions and navigate safely. However, the sheer volume of this data and its high velocity necessitates the data processing to be done at the edge (on the vehicle itself), rather than being sent to the servers. This requires expansive on-board computers and robust algorithms working without fault. Data Unification: IoT sensors generate heterogeneous data that is unstructured and in different formats. Moreover, the relationships between the data points are constantly evolving, which necessitates the integration of machine learning or AI techniques, which might be costly and time-consuming to implement and require deep expertise. Cost: Deploying a large-scale IoT network requires investment in various IoT devices and sensors. Moreover, taking into account the amount of data generated by IoT, companies have to purchase data processing and storage infrastructure. IoT: A Key To Business Success Implementing IoT in your business necessitates a strategic approach. Here are sample questions you can ask yourself before integrating IoT into your business. Identifying A Clear Use Case: What do you plan to achieve with IoT? Which specific issues are you looking to resolve? What are your priorities? Beyond determining goals and objectives, it is useful to conduct market research and talk with stakeholders to future-proof the solution. Assessing Your Current Systems: Are existing systems ready to support IoT technology? Can it handle the IoT volume and latency demands of IoT applications? Focusing On Security: Are your security protocols strong enough to prevent unauthorized access to IoT devices and data? Are there encryption and multifactor authentication mechanisms in place? Data Management: Does your company have the necessary tools and expertise to derive actionable insights from IoT data? Can these data be used to improve current product offerings? Continuous Improvement: How do you improve the performance of existing IoT solutions? How will the potential issues be addressed? How quickly can you implement corrective actions? The successful enterprises of tomorrow will not just be those that adopt IoT but also those that integrate it at the very heart of their vision and strategy, heralding a future where technology and human ambition walk hand in hand. Roman Reznikov is a VP of Delivery at Intellias, Roman advises expertise to help businesses orchestrate their best products and services.