Search
Close this search box.
Used Robots Logo
ROBOTIC EGG PACKING CELL: A MILESTONE IN LATIN AMERICAN POULTRY FARMING - Used Robots

ROBOTIC EGG PACKING CELL: A MILESTONE IN LATIN AMERICAN POULTRY FARMING

YASKAWA BOOSTS AFRIT’S PRODUCTIVITY WITH ADVANCED ROBOT WELDING

Afrit, the leading trailer manufacturer in South Africa, has achieved a significant breakthrough in its productivity by implementing innovative technologies in its manufacturing processes. In 2019, the company began executing an ambitious five-year plan with the aim of optimizing the quality of its products and improving workflow at its plant. The pillars of this plan are based on reducing production costs, improving performance, and aligning with the advances of Industry 4.0, with a clear focus on digitalization and automation.

Investment in Robotic Welding Technology

One of Afrit’s major investments was the installation of an advanced robotic welding cell from Yaskawa, equipped with Motoman MH2010 robots. These robots have a large working area, thanks to their Z and Y axes, which reach 3 and 3.5 meters, respectively. The total length of the system is 24 meters, allowing it to adapt to the production of large components, such as trailer containers. The support pillars, more than three meters high, and the ability of the robots to move around the containers ensure precise and efficient welding.

The welding system includes manipulators at the ends that allow the containers to be rotated during the process, ensuring that each part is worked on evenly. Additionally, the robots are equipped with cameras that offer real-time control and monitoring, allowing supervision of the work quality and making adjustments as needed.

Increase in Productivity and Cost Reduction

Thanks to the implementation of this robotic cell, Afrit has managed to double its productivity, increasing production from 8 containers per day to between 16 and 20. This increase has resulted in significant cost reductions and an improvement in the quality of the final products. Furthermore, the incorporation of Delfoi Apexiz software has been crucial in optimizing processes, as it has reduced manual programming time by 80% and programming time by 60%. This has allowed Afrit to accelerate production times and minimize errors associated with manual tasks.

New Facilities and Infrastructure Improvements

As part of its expansion plan, Afrit has also invested in the construction of a new 12,500 m² plant to house the new equipment and improve material flow in production. This expansion has been key to increasing manufacturing capacity and facilitating the integration of new technologies. The plant now features advanced equipment, such as the NitraLife nitrogen gas filtration system, which ensures the quality of the gas used in cutting machines, and the new BLM LT 8.10 3D tubular tube, which optimizes production processes.

Innovation in Component Design

In product design, Afrit has adopted a more flexible approach, with the ability to produce up to 2,293 different variations of tubular components. The company has also invested in 3D design software, such as PTC’s CREO 3D, used by its team of 23 engineers in the R&D department. This technology allows for greater customization of products and contributes to the continuous improvement of efficiency in the design phase.

Read More

INNOVATION AND EFFICIENCY: KUKA’S NEW KR FORTEC PALLETISING ROBOTS REVOLUTIONISE HEAVY-DUTY AUTOMATION

KUKA, one of the leading brands in industrial robotics, has launched its new family of palletizing robots: KR FORTEC PA and KR FORTEC ultra PA. These robots, designed for heavy load palletizing tasks, represent a significant advancement in industrial automation, combining power, speed, and efficiency in a modular solution that promises to optimize both production and operational costs. Powerful and Fast Robots for Heavy Loads The KR FORTEC PA and KR FORTEC ultra PA palletizing robots stand out for their ability to handle loads of up to 500 kg and 800 kg, respectively, making them ideal options for sectors that require high load capacity and superior performance. With a sleek design and modular structure, these robots not only offer great maneuverability and precision in palletizing but are also designed to operate with low maintenance costs. The KR FORTEC PA, in particular, excels in performing high-demand palletizing tasks, from stacking small cans to handling 200-liter drums. Thanks to its high payload and energy efficiency, this robot not only optimizes cycle time but also reduces the total cost of ownership (TCO), a key factor for companies seeking to maximize their investments in automation. A Modular Solution for Cost Reduction The modular feature of the new KR FORTEC range allows these robots to be easily adapted to different production environments. This also translates into a significant reduction in spare parts storage costs, as parts from the KR FORTEC, KR QUANTEC, and KR FORTEC ultra models are interchangeable. This compatibility simplifies spare parts management, which is a considerable advantage for maintenance and logistics departments. Additionally, both the KR FORTEC PA and KR FORTEC ultra PA can be combined with configurable linear units, extending their operational reach. The KR FORTEC PA can be mounted on the KL 4000, while the KR FORTEC ultra PA can be integrated into the KL 5000, extending its work range up to 31 meters. This flexibility allows for greater customization according to the specific needs of each customer, improving operational efficiency and increasing performance in large-scale palletizing applications. A Perfect Solution for Diverse Sectors The KR FORTEC ultra PA is especially useful in sectors that require handling extremely heavy loads. Its load capacity of up to 800 kg makes it ideal for tasks such as palletizing stones in the construction industry or handling large bottles in beverage production lines. Its double swing arm not only provides greater rigidity but also improves movement precision, allowing for complex tasks to be performed with higher accuracy and stability. The Future of Palletizing: Flexibility, Efficiency, and Low Operating Costs The KR FORTEC PA and KR FORTEC ultra PA series from KUKA redefine what palletizing robots can do in terms of payload, speed, and adaptability to different applications. With impressive load capacity, modular design, and the possibility of integrating into larger automation systems, these robots are a strategic investment for companies looking not only to optimize their processes but also to reduce their long-term operational costs.
KUKA’s KR FORTEC robots not only meet the highest standards in terms of performance and load capacity but also offer a flexible and cost-effective solution for automating palletizing processes in a wide range of industries.

Read More

THE NEW ERA OF WAREHOUSE AUTOMATION: ROBOTIC SOLUTIONS THAT REDEFINE LOGISTICS

In a world where the demand for speed and efficiency in the supply chain is at its peak, robotic solutions are revolutionizing the way warehouses operate. Leading companies like Amazon, DHL, Walmart, and the innovative URC are implementing advanced technologies that not only optimize processes but also redefine the standards of modern logistics.
Success Stories Transforming the Sector
Amazon: Pioneer in Automation With over 750,000 mobile robots in its distribution centers, Amazon leads the adoption of robotics in warehouses. Robots like Sparrow and Proteus have accelerated inventory management and improved workplace safety, achieving an 18% reduction in workplace incidents. Additionally, their Sequoia system has increased order processing speed by 75%.
DHL: Efficiency Through AMRs DHL has implemented autonomous mobile robots (AMRs) from Locus Robotics, which have increased order preparation efficiency by up to 180%. These solutions have also reduced employee training time by 80%, allowing for a smooth transition to an automated work environment.
Walmart: Innovation in Fulfillment Centers In collaboration with Symbotic, Walmart has automated its distribution centers with high-speed robots and advanced algorithms. This has optimized storage space usage and improved accuracy and speed in product management.
URC: Driving Industrial Automation URC, known for its flexible and efficient solutions, has developed technologies that adapt to various industries. Their robotic picking systems employ mobile robots that work alongside human staff, improving accuracy and reducing operational costs. Through the Rebots initiative, URC also stands out for integrating collaborative robots (cobots) that ensure safety and flexibility in complex tasks such as assembly and material handling.
URC is a company specializing in the sale and distribution of industrial robots, offering solutions that optimize warehouse automation and logistics processes. Here are some of their most notable proposals:
Warehouse automation with robotic picking systems
URC promotes the integration of robotic picking systems, which employ mobile robots and order management software to fully or partially automate the selection process in warehouses. These systems work alongside human staff, taking on repetitive and monotonous tasks, allowing employees to focus on more strategic tasks. Additionally, they are designed to adapt to existing infrastructure, avoiding costly warehouse redesigns.
Robotic solutions with artificial intelligence for the storage industry
In collaboration with emerging artificial intelligence companies, URC has developed robots with advanced gripping and handling capabilities for various objects in storage lines. These automated solutions are ideal for applications in logistics, package sorting, and messaging, improving efficiency and accuracy in merchandise handling.
Rebots: Alliance with Industry 4.0 and Cobots
Through the Rebots initiative, URC focuses on integrating collaborative robots (cobots) into Industry 4.0 solutions. These cobots offer advantages such as safety, space optimization, flexibility, and ease of integration. They are ideal for tasks such as assembly, material handling, quality inspection, and laboratory operations, promoting complete and real-time automation.
Robotic palletizing solutions
URC offers robotic palletizing solutions that improve efficiency, safety, and flexibility in various industries. Recognized series robots, such as Yaskawa Motoman MH and FANUC M, are used to automate complex operations, maximizing available space and ensuring precision and repeatability in material handling.
Integration of vision systems and advanced sensors
The company also provides solutions that incorporate vision systems and advanced sensors, allowing robots to adapt to different tasks and handle objects with greater precision. These technologies are essential for applications that require high precision and adaptability in dynamic environments.
In summary, URC offers a wide range of robotic solutions that facilitate warehouse automation, improving operational efficiency and adapting to the specific needs of each industry.
The Future of Automated Warehouses
The adoption of robotic solutions in warehouses is more than a trend; it is a necessity for companies seeking to remain competitive in a global market. Thanks to advances such as AutoStore systems and URC’ collaborative robots, logistics is experiencing an evolution that promises greater speed, lower cost, and a positive impact on customer satisfaction.
Companies like Amazon and DHL are leading the way, while innovators like URC continue to lead with adaptable and technologically advanced solutions. The future of automated warehouses is bright and full of possibilities.

Read More

THE AUTOMATED FACTORY: THE FUTURE OF MANUFACTURING

The industry is experiencing one of its most profound transformations since the industrial revolution. Today, automation not only optimizes processes but is also rewriting the rules of manufacturing. From traditional assembly lines to smart plants interconnected by data, industrial automation is reshaping the manufacturing landscape at an astonishing speed.
Unprecedented Efficiency and Productivity
One of the main drivers of automation is its ability to improve efficiency and productivity. Automated systems eliminate the dependence on intensive labor and often operate 24/7, allowing for a significant reduction in labor costs. Production speed increases considerably and, more importantly, downtime is minimized. This increase in productivity translates directly into greater competitiveness in a global market that demands more and more speed and precision.
Consistent and Precise Quality
Another key benefit of automation is the improvement in product quality. Unlike manual processes, which are subject to variations due to human fatigue or lack of skill, automated machines are capable of maintaining consistent quality and minimizing defects. The reduction of errors in production not only improves efficiency but also decreases the need for rework, leading to a considerable reduction in costs.
Adaptive Flexibility for New Demands
The world of manufacturing is not static. Market demands change, products evolve, and product life cycles shorten. This is where advanced automation technologies really shine, offering flexibility that was previously unthinkable. Automated production lines can quickly adapt to product variations and adjust to market demands without requiring major changes in infrastructure. This agility allows manufacturers to respond more quickly to emerging trends and demand fluctuations.
Data-Driven Informed Decisions
In the era of digitalization, data has become one of the most valuable assets for companies. Automated factories generate a large amount of information about every aspect of the production process. This data not only serves to monitor performance in real-time but can also be analyzed to detect patterns, predict failures before they occur, optimize efficiency, and improve processes. Data-driven decision-making allows manufacturers to take informed actions that optimize their operations and ensure business continuity.
The Solution to the Shortage of Skilled Labor
One of the most pressing challenges facing many industries is the lack of skilled labor. In several regions of the world, access to workers with the right skills is limited. Automation presents itself as a viable solution to address this shortage, offering companies the ability to continue operating efficiently without relying exclusively on a specialized workforce. Additionally, intelligent machines can work tirelessly, mitigating the negative effects of the lack of available personnel.
Emerging Technologies: Robotics, Artificial Intelligence, IoT, and Augmented Reality
The impact of automation is not limited to the integration of programmed machines. The future of manufacturing is heavily influenced by emerging technologies such as advanced robotics, artificial intelligence (AI), the Internet of Things (IoT), and augmented reality (AR), which are paving the way for a new era in manufacturing.
Advanced Robotics:
Industrial robots are not new, but their evolution has been impressive in recent years. Modern robots are increasingly intelligent, flexible, and collaborative. They can work alongside humans in shared environments, increasing efficiency and reducing the risk of workplace injuries. Their ability to perform complex tasks with millimeter precision, from assembling parts to conducting visual inspections, is transforming the way factories operate, making production faster, safer, and more efficient.
Artificial Intelligence (AI):
Artificial intelligence is becoming a crucial tool for improving productivity and decision-making in manufacturing. Through machine learning algorithms and predictive analysis, AI can optimize workflow, detect patterns in production data, and predict potential machine failures before they occur. Additionally, AI is revolutionizing product customization by enabling large-scale personalized configurations, something previously unthinkable without affecting production timelines.
Internet of Things (IoT):
The Internet of Things is interconnecting all devices and machines within factories. Smart sensors, connected to the network, collect real-time data on machine performance, environmental conditions, and production flows. This connectivity allows companies to monitor and control their operations from anywhere in the world, facilitating quick and data-driven decision-making. Additionally, IoT helps improve predictive maintenance, reducing unplanned downtime and extending equipment lifespan.
Augmented Reality (AR):
Augmented reality is gaining ground as a key tool in operator training and machinery maintenance. Technicians can use AR devices to receive overlaid instructions on the equipment they are repairing, allowing them to perform complex tasks more quickly and accurately. Additionally, factory operators can use AR to visualize real-time data on the production process, helping them make more informed decisions and improve operational efficiency.
Conclusion: A Future Driven by Automation and New Technologies
The automated factory is not a vision of the distant future but a reality that is already setting the course for manufacturing. The widespread adoption of industrial automation is paving the way for more efficient, flexible, and precise production. With the integration of technologies such as advanced robotics, artificial intelligence, IoT, and augmented reality, the manufacturing landscape is becoming smarter and more dynamic than ever.
As technology continues to advance, opportunities to improve quality, reduce costs, and meet market demands continue to expand. In an increasingly interconnected and competitive world, automation and new technologies are not just an advantage; they are the key to maintaining competitiveness and ensuring success in an increasingly automated and digitized future.

Read More

DOBOT TAKES A BIG LEAP: $87.6 MILLION IN ITS DEBUT IN HONG KONG

The Chinese collaborative robot manufacturer reaches a significant milestone by debuting on the Hong Kong Stock Exchange, with ambitious international expansion plans between 2025 and 2029.
Hong Kong, January 16, 2025. Dobot, the leading manufacturer of collaborative robots or “cobots” in China, has just reached an important milestone in its history by raising $681 million ($87.6 million in its initial public offering – IPO) in its debut on the Hong Kong Stock Exchange. This event not only marks a significant advance for the company but also positions Dobot as the first Chinese cobot manufacturer to achieve a successful debut in the international stock market.
Dobot’s stock closed its first day on the market with a slight increase of 0.7%, trading at 18.94 Hong Kong dollars (approximately 2.40 US dollars), giving the company a market capitalization of 167 billion dollars. Although the gain seems modest, it represents an important step for a company known for its constant investment in innovation and global expansion.
A Growing Giant in Collaborative Robotics
Founded in 2015 and based in Shenzhen, Dobot has established itself as the second-largest global company in collaborative robots, with a market share of 13%. The company specializes in four and six-axis robots, as well as composite models, which are used in sectors as varied as education, light industry, retail, healthcare, and chemistry.
With an ambitious vision, Dobot has seen a notable increase in its international presence. According to data from the research firm China Insights Consultancy, more than 59% of its revenue comes from markets outside China, standing out in regions such as Europe, America, and Asia-Pacific. This international growth has been a key driver in its revenue, which in 2023 amounted to 287 million yuan ($39.3 million), an increase from 241 million yuan in 2022.
Despite Losses, the Future is Promising
Although the company has recorded losses in recent years due to its high spending on research and development, as well as its expansion, Dobot maintains an optimistic long-term vision. In the first half of 2023, the company recorded a loss of 59.9 million yuan ($8.2 million), although revenue increased by 9.6% compared to the previous year. In 2023, losses nearly doubled to 103 million yuan. Nevertheless, the company expects its investments in technological innovation and international expansion to bear fruit in the near future.
The company plans to further expand its presence outside China between 2025 and 2029, establishing three new subsidiaries abroad and strengthening its marketing teams in key markets. This expansion will be essential for its goal of consolidating its leadership in the collaborative robotics sector.
Challenges on the Road and Competition
Dobot has observed how competitors have tried to go public without success due to regulatory issues. These challenges highlight the need for a solid approach to face the growing competition.
The cobot market continues to expand rapidly, driven by increasing automation in sectors such as manufacturing, logistics, and customer service. With its expansion plans and a strong focus on innovation, Dobot is poised to become a key player that could redefine the global industrial robotics landscape in the coming years.
The successful debut on the Hong Kong Stock Exchange is just the beginning for Dobot, a company that is demonstrating that collaborative robotics, beyond factories, is destined to become a key tool in various sectors of the global economy. With its eyes set on the future and its international expansion strategy, Dobot is in a favorable position to continue innovating and leading in the global cobot market.
The race to dominate the collaborative robotics market has just begun, and Dobot has made its first big step.

Read More

REVOLUTION IN INDUSTRIAL LAUNDRY WITH FANUC AND VELUM, THE SMART ROBOT THAT CHANGES THE GAME

In the era of automation, more and more sectors are adopting technological solutions to improve their efficiency. Industrial laundry, a traditionally manual labor-dependent area, has experienced a radical change with the arrival of smart robots. A notable example is the VELUM system from the start-up Sewts, which has transformed one of the most tedious and repetitive tasks: folding textiles.
Until recently, although automation in the laundry sector allowed for the processing of large volumes of textiles, tasks such as loading towels or sheets into folding machines were still performed by humans. Manual intervention was inevitable due to the delicacy and dimensions of the textiles. However, with the integration of VELUM, this phase of the process has been completely automated, offering an efficient and precise solution that does not cause wrinkles in the fabrics.
The VELUM system has been designed to revolutionize the industry, with a direct impact on productivity and cost reduction. According to Till Rickert, co-founder of Sewts, the market potential is enormous. Globally, there are approximately 25,000 commercial laundries that could benefit from this technology. Currently, it has already been implemented at Greif Textile Mietsysteme, a company located in Wolfratshausen, Bavaria, since November 2022. There, the VELUM system processes between 500 and 600 textiles per hour, performing what was previously manual work, with efficiency comparable to that of a human operator.
The impact of this technology goes beyond task automation. The VELUM system is not only fast but also adaptable, as its software is continuously updated via wireless updates, constantly expanding its range of functions and improving its performance. Over time, VELUM is expected to become even more efficient, achieving system amortization within a period of between 18 months and two and a half years, depending on the workload.
One of the biggest challenges Sewts faced during the development of the system was optimizing the space and speed of the robots’ movements. To address this challenge, the company used advanced simulation tools, such as FANUC ROBOGUIDE software, which allowed them to analyze the robots’ movements and spatial requirements. Additionally, a material simulation software allowed them to predict the behavior of different types of textiles, a key aspect to ensure that the robot could handle the fabrics precisely without damaging them.
The key to VELUM’s success lies in its intelligent software, which combines computer vision and advanced algorithms to detect specific characteristics of each fabric. Thanks to a 3D camera system and a FANUC M-10𝑖D robot, the system can identify textures, seams, and edges of each piece of clothing, locate them in space, and coordinate their grip at the most suitable point. This process occurs in real-time, allowing the robot to perform tasks with surprising precision.
Sewts’ long-term vision goes beyond laundry. Rickert and his team are working on new applications, such as automating the processing of textile returns in online commerce, an area that has grown enormously in recent years. Product returns, especially in the fashion sector, are often a logistical challenge. Many of these processes are carried out in distant countries, resulting in long transport routes and high waste of goods. With the implementation of smart robots like VELUM, Sewts hopes that in the future these returns can be managed close to the customer, reducing costs and improving the sustainability of the process.
The advancement of industrial robotics and artificial intelligence is redefining the limits of what is possible in automation. The VELUM system from Sewts, in collaboration with FANUC robots, is a clear example of how technology can transform traditional sectors, such as laundry, and open new possibilities in logistics and manufacturing. With each update and new implementation, this technology not only improves the efficiency of companies but also shapes the future of industrial work, becoming increasingly automated, sustainable, and accessible.

Read More

KUKA UNVEILS NEW HEAVYWEIGHT AUTONOMOUS MOBILE ROBOT AT PROMAT 2025: INNOVATION AND FLEXIBILITY FOR INDUSTRY

KUKA Robotics, a global leader in industrial automation solutions, is set to amaze attendees at PROMAT 2025 with its new heavyweight addition to the family of autonomous mobile robots (AMR): the KMP 3000P. This innovative robot will be unveiled from March 17 to 20 at McCormick Place in Chicago, where visitors to booth N7307 can explore its advanced capabilities that are transforming logistics and manufacturing production.

The KMP 3000P is a robust and flexible solution designed to transport heavy loads of up to three tons in any direction, including diagonal angles. Its omnidirectional drive system allows it to maneuver nimbly and precisely in the tightest spaces of production facilities. Equipped with four integrated 3D cameras and two laser scanners, this mobile robot offers a 360-degree view, enabling it to autonomously detect and navigate around obstacles, optimizing both safety and operational efficiency. Thanks to this advanced technology, the KMP 3000P eliminates the need for floor guide systems, facilitating its integration into any environment.

The KMP 3000P also features an innovative inductive charging system, allowing the platform to wirelessly recharge at multiple points within the production plant, further enhancing its flexibility. This feature is key to maximizing the robot’s uptime without interruptions, enabling a continuous work cycle.

At KUKA’s booth at PROMAT 2025, visitors will be able to see how the KMP 3000P works in conjunction with a KR QUANTEC industrial robot. This robotic cell will be a live demonstration of how the KMP 3000P transports heavy rolls to the KR QUANTEC, where these materials are handled and placed at different points on the production line. Equipped with AIRSKIN®, the KR QUANTEC ensures fast and safe handling, even in barrier-free environments, without compromising its load capacity or reliability.

In addition to the demonstration with the KMP 3000P, KUKA will present a second interactive cell featuring its KUKA LBR iisy cobot and the AMR KMP 600P. Attendees will be able to participate in a unique experience where the cobot will select an item chosen by the visitor from a tablet and transport it with the AMR KMP 600P to another cobot that will deliver the item directly to the user. This interactive flow allows firsthand experience of how KUKA’s robotic solutions can enhance the efficiency of material handling and transport in highly dynamic work environments.

The KMP 600P is a compact, high-performance platform designed to operate in confined spaces, with a load capacity of up to 600 kg. It is ideal for transporting materials from the warehouse to workstations or assembly lines, optimizing production flow and minimizing downtime.

To delve into the benefits of mobile robotics, Denise Stafford, KUKA’s Director of Business Development, will offer a lecture titled “How Mobile Robots Have Evolved: Lessons Learned After a Decade of Use” on Monday, March 17, at Theater I of PROMAT 2025. In this session, Stafford will provide valuable insights on how to choose the most suitable robotic solution to address the complex challenges of modern industry, helping manufacturers increase productivity while facing labor shortages.

KUKA, known for its expertise in industrial automation, supports its solutions with comprehensive services that include training, engineering, system simulation, spare parts, and robot refurbishment. Additionally, access to the my.KUKA.com platform ensures efficient technical support and fast customer service throughout North America.

With these innovations, KUKA reinforces its commitment to the digital transformation of the industry, providing automation tools that not only optimize production but also improve safety and efficiency in the workplace.

About KUKA Robotics

KUKA is one of the leading global providers of industrial automation and robotics solutions. Its product range includes everything from industrial robots to autonomous mobile platforms, designed to enhance efficiency and flexibility in various sectors such as manufacturing, logistics, and healthcare. KUKA offers comprehensive solutions that include hardware, software, and support services, always aiming to drive productivity and innovation in modern industry.

PROMAT 2025 will be held from March 17 to 20 at McCormick Place in Chicago. Don’t miss the opportunity to discover how KUKA robots are changing the future of industrial automation!

Read More

DIGITISED ROBOTIC CELLS: THE FUTURE OF INDUSTRY 4.0 IN ACTION

Industry 4.0 is redefining the boundaries of modern manufacturing, and one of its fundamental pillars is advanced robotics. With the introduction of digitized robotic cells, manufacturers are transforming their processes to achieve greater flexibility, efficiency, and productivity. Iconic brands like KUKA, FANUC, ABB, Yaskawa Motoman, and Kawasaki are leading this transformation by integrating advanced solutions in digitalization, artificial intelligence (AI), the Internet of Things (IoT), and digital twins. But how is this new era of robotics impacting factories and the industry in general?

The Convergence of Robotics and Industry 4.0
Digitalization 4.0 has opened up a range of opportunities for robotic cells. These cells, which previously operated in isolation, are now connected to a network of intelligent systems that allow for more efficient management of operations. Through cloud-based platforms and IoT, robots can exchange data in real-time, access remote diagnostics, and perform predictive maintenance, reducing downtime and optimizing production processes.

The adoption of artificial intelligence and the analysis of large volumes of data allow robots to not only be smarter but also more autonomous, capable of adapting to changing conditions and performing complex tasks without human intervention.

KUKA: Innovation in Connectivity and Digital Simulation
KUKA, one of the giants in industrial robotics, has implemented cutting-edge technologies such as the KUKA Sunrise.OS system and the KUKA Connect platform to facilitate the programming, control, and monitoring of its robots. The former, an advanced operating system, allows for intuitive and flexible programming, while the latter, cloud-based, connects robots to a global network for real-time data access. This connectivity facilitates predictive maintenance and improves factory resource management, optimizing production.

Additionally, the integration of digital twins allows KUKA to simulate and optimize production processes before physically implementing them, reducing risks and improving operational efficiency.

FANUC: Pioneers in IoT and Predictive Maintenance
FANUC, another key player in industrial robotics, has adopted the concepts of FANUC FIELD and ROBOTICS+, IoT-based platforms that offer advanced data analysis and predictive maintenance capabilities. These solutions allow operators to manage and monitor robots from anywhere in the world, ensuring performance remains at optimal levels.

The Arc Mate 100iD robots, primarily used for welding applications, are a clear example of how FANUC has integrated Digitalization 4.0 into its robotic cells. Equipped with advanced sensors, these robots can make real-time adjustments to their welding paths, improving the precision and quality of the final product.

ABB: Connectivity and Simulation for Production Optimization
Swiss giant ABB has launched ABB Ability, an industrial IoT platform that connects its robots, controllers, and other machinery to a digitized network for real-time data monitoring. This platform not only facilitates data collection but also allows for robot diagnostics and failure prediction before they occur.

The IRB 6700, one of ABB’s most robust robots, exemplifies how the brand is incorporating advanced digital technologies into its robotic cells. Through ABB Ability, users can access real-time operational data, improving process efficiency and ensuring consistent product quality.

Yaskawa Motoman: Flexibility and Collaboration in Production
Yaskawa Motoman has implemented collaborative robotics solutions with the MOTOMAN HC10, a robot designed to work safely and efficiently alongside humans. Equipped with advanced sensors, this robot can adapt to its work environment, making it an ideal option for assembly, handling, and packaging tasks. Additionally, through its Yaskawa Fleet Manager platform, users can manage multiple robots in the plant, optimizing resource use and increasing productivity.

Moreover, the integration of predictive maintenance through IoT platforms has allowed Yaskawa Motoman to reduce unexpected downtime, improving operational profitability.

Kawasaki Robotics: Collaborative Robotics and Digital Twins
Kawasaki Robotics is also adopting advanced Industry 4.0 technologies, standing out for its implementation of IoT and digital twins. The RS007N, a compact robot, is a clear example of how the brand is digitizing its processes. Equipped with intelligent sensors and its own IoT platform, it allows for real-time data collection to optimize assembly and material handling processes.

Like other brands, Kawasaki uses digital twins to simulate the behavior of its robots in virtual environments before making changes in the real world, allowing for adjustments without interrupting production.

The Future of Robotics: More Connected, Smarter, More Efficient
The future of robotic cells is promising. The integration of advanced technologies such as IoT, artificial intelligence, digital simulation, and digital twins is making robots increasingly autonomous, flexible, and efficient. Brands like KUKA, FANUC, ABB, Yaskawa Motoman, and Kawasaki are leading this change, offering advanced robotics solutions that enable companies to improve their competitiveness and reduce costs.

Digitalization 4.0 is not only changing how robots interact with humans and machines but is also transforming the global manufacturing landscape. As factories become smarter and more connected environments, the benefits of digitized robotics become increasingly evident, enabling faster, more flexible, and sustainable production.

Read More

KAWASAKI BX300L INDUSTRIAL ROBOT

The BX300L is part of Kawasaki’s B series of robots, designed with advanced technology to deliver high performance in spot welding applications. These robots feature an extended range of motion and a higher payload capacity, making them versatile for various tasks. Their space-saving design enhances the work area, while the hollow wrist allows for easy installation of cables and hoses. Equipped with high-tech motors, the BX300L ensures heavy-duty movement, power control, and speed optimization.

E Controller Features

The E controllers are compact, reliable, and high-performing, featuring advanced CPU technology that boosts productivity and trajectory control. They support a wide range of industrial applications through Kawasaki’s AS technology, which utilizes a programming language for sequence control. The system allows for the expansion of up to 10 external axes, enabling complete control of 16 axes.

Maintenance and diagnostics are straightforward, thanks to modular components and minimal cabling. The BX300L is ideal for primary energy distribution, accommodating the voltage requirements of various regions. It offers enhanced expansion capabilities, a closed structure with an indirect cooling system, and a digital servo system with up to 32 I/O channels (expandable to 128).

Read More

THE NEW ERA OF INDUSTRIAL ROBOTICS: MBODI AND T-ROBOTICS, VISIONARIES FOR IA IN PRODUCTION PROCESSES

The 2024 ABB Robotics Artificial Intelligence Startup Challenge marked a milestone by highlighting the disruptive potential of Mbodi and T-Robotics. These startups, selected from over 100 global proposals, present solutions that not only simplify human-robot interaction but also promise to transform production lines across various industries.Who are Mbodi and T-Robotics?Mbodi: Redefining Human-Robot InteractionMbodi was born with a clear mission: to eliminate the technical barrier that often accompanies the programming and operation of industrial robots. This American startup, founded in 2021, specializes in developing systems that allow robots to be trained using intuitive methods such as voice commands, human movements, and physical demonstrations.Main Technology:Mbodi employs a continuous machine learning model that processes observations and commands in real-time. Its platform allows even workers without technical experience to teach new tasks to robots quickly and effectively.Industrial Advantages:• Cost and time reduction: By eliminating the need for expert programmers, companies can train robots directly on production lines, speeding up the implementation of new tasks.• Greater flexibility: Real-time learning capability allows robots to adapt to process variations without requiring extensive reprogramming.• Optimization of human resources: Mbodi frees workers from repetitive tasks and allows them to focus on higher value-added activities.Application Example:In electronic product assembly factories, Mbodi has enabled robots to learn quality inspection processes with 30% less training time, improving accuracy and reducing human errors.T-Robotics: Conversational Programming at the Service of IndustryFounded in South Korea in 2020, T-Robotics has focused on simplifying human-robot interaction through physical AI models and natural language processing. Its system allows operators to program industrial robots through conversational commands, making the technology accessible to any worker.Main Technology:T-Robotics’ solution is based on the development of a conversational interface that understands and translates commands in multiple languages, adjusting instructions to the robot’s capabilities and the productive environment in which it operates.Industrial Advantages:• Integration speed: Conversational programming reduces initial setup and update times for robots on production lines.• Universal compatibility: T-Robotics systems are compatible with a wide range of robot brands, from ABB to KUKA, facilitating their adoption in factories with heterogeneous equipment.• Operational efficiency: Thanks to its self-diagnostic capability, robots can foresee technical problems, reducing downtime.Application Example:In automotive plants, T-Robotics has implemented its system for welding robots, allowing supervisors to adjust welding parameters in real-time through voice commands. This has increased productivity by 25% and reduced defects in metal joints.Global Impact and Projects in Production LinesThese startups stand out for their focus on solving real problems within the manufacturing industry:• Adaptation to mass customization: In a market that demands increasingly personalized products, Mbodi and T-Robotics facilitate the reconfiguration of robots for quick changes on production lines.• Efficiency in industrial projects: Their solutions allow for a higher return on investment by reducing implementation costs and increasing productive capacity without the need for prolonged interruptions.• Democratized access to robotics: By making robotic systems easier to use, these startups are opening doors to small and medium-sized enterprises that previously could not afford advanced automation.The victory of Mbodi and T-Robotics in the ABB Robotics challenge not only recognizes their innovations but also highlights the crucial role of artificial intelligence in the evolution of industrial robotics. Their solutions not only promise to transform current production lines but also make automation an inclusive and accessible tool for any industry.By supporting these startups, ABB reinforces its commitment to developing technologies that enhance flexibility, efficiency, and sustainability in globalmanufacturing.

Read More

BOOST YOUR PRODUCTIVITY WITH THE FANUC R-1000IA/80F ROBOT: UNMATCHED ADAPTABILITY AND PERFORMANCE WITH URT

In the fast-paced world of industrial automation, the adoption of advanced technologies has become a crucial factor for improving efficiency and competitiveness across various sectors. URC, a company specializing in industrial robotics solutions, has established itself as a benchmark by offering state-of-the-art robots for key applications such as welding, palletizing, and parts handling. Among its standout products is the Fanuc R-1000iA/80F industrial robot, a versatile machine known for its ability to adapt to a wide range of industrial processes.

URC: Driving the Robotic Revolution

URC has specialized in integrating industrial robots that provide customized solutions for each client’s needs. The company offers both standard robots and models tailored to the specific requirements of each sector, allowing them to optimize production processes with high efficiency. Their portfolio mainly features FANUC robots, one of the leading brands in the automation market.

The Fanuc R-1000iA/80F, part of their offering, is a model that has gained relevance for its flexibility and high performance. This robot is designed to perform complex tasks with high precision, making it an ideal choice for high-demand industrial applications.

Fanuc R-1000iA/80F: Key Features

The Fanuc R-1000iA/80F is a six-axis robot, small in size and extremely powerful, with a maximum range of 1,440 mm and an effective load capacity of 80 kg. Its modular and compact design allows for flexible integration in confined spaces, making it an excellent choice for industrial environments that require efficiency without sacrificing space.

Some of the most notable features of this robot are:
• High performance and precision: The R-1000iA/80F can operate with great speed and precision, resulting in a substantial improvement in cycle times.

• Flexibility: Its ability to work with different types of tools and adapt to specific processes, such as welding or palletizing, makes it a versatile ally for various sectors.

• Robustness and reliability: The reliability of FANUC robots is well known, ensuring a long service life and less downtime.

• Ease of integration: With its compact and easy-to-program design, the robot is simple to integrate into existing production lines, reducing operational costs.

Competitive Advantages of the Fanuc R-1000iA/80F

The Fanuc R-1000iA/80F offers several competitive advantages that make it an attractive option for industries looking to optimize their processes through robotic automation:
• Reduction in cycle times: The high operating speed and ability to work in continuous cycles allow for greater productivity compared to traditional methods.

• Improvement in quality: The robot’s precision reduces the margin for human error, resulting in greater consistency in the quality of the final product.

• Application flexibility: From arc welding to parts handling, the R-1000iA/80F can easily adapt to different industrial processes without the need for costly modifications.

• Long-term cost savings: The robot’s reliability and the possibility of integrating it into high-performance work environments allow companies to achieve a quick and sustainable return on investment.

Key Applications of the Fanuc R-1000iA/80F Robot

The Fanuc R-1000iA/80F stands out for its ability to improve efficiency in various industrial applications. Below are some of the main areas where this URC robot shows its potential:

1.
Arc Welding
Arc welding is one of the most demanding processes in industrial manufacturing, and automating this task offers numerous benefits. The Fanuc R-1000iA/80F is ideal for arc welding applications due to its ability to handle electrodes and work with great precision throughout the process, improving weld quality and reducing costs associated with failures or defects.
2.
Spot Welding
In spot welding, where high speed and precision are needed, the robot can perform multiple welding cycles without compromising quality. Its advanced control system allows for constant monitoring of welding parameters, ensuring greater reliability and consistency in production.
3.
Palletizing
Automating palletizing with the Fanuc R-1000iA/80F optimizes loading and unloading operations on production lines. Thanks to its versatility, the robot can work with a wide variety of products and packages, improving efficiency and reducing the risk of work-related injuries associated with manual tasks.
4.
Parts Handling
Parts handling, especially those of irregular shape or large size, is another area where this robot demonstrates its flexibility. The Fanuc R-1000iA/80F can handle parts with great precision and ease, improving productivity and minimizing the risk of material damage.
5.
Nd-Yag Laser Welding
Laser welding, especially Nd-Yag, is a high-precision process that requires robots capable of following complex trajectories. The Fanuc R-1000iA/80F is ideal for this type of application, as its precision and speed ensure a clean and exact result in the welding of metals or delicate materials.
6.
Stud Welding
In the automotive industry and other manufacturing areas, stud welding is a critical process. This robot can be programmed to perform stud welding automatically, reducing downtime and increasing efficiency in mass production.

Industrial robots from URC, such as the Fanuc R-1000iA/80F, represent a revolution in the automation of industrial processes. Thanks to their versatility, efficiency, and ability to integrate into different types of applications, these solutions allow companies to improve product quality, reduce operational costs, and accelerate production times. In key sectors such as welding, palletizing, and parts handling, URC’ robotics is transforming the way companies approach manufacturing, making possible more agile, precise, and profitable production.

Robotic automation is shaping the future of the industry, and Eurobots continues to be a leader in offering innovative solutions for companies looking to optimize their operations through technology.

Read More

In the Latin American poultry industry, the implementation of advanced technologies has been key to improving efficiency and productivity. A notable example is the introduction of the first robotic egg packaging cell, which has marked a milestone in the modernization of poultry farming in the region.The Need for AutomationPoultry farming, an industry that produces millions of eggs daily, faces significant challenges in terms of efficiency and precision in packaging. The manual process of egg packaging is laborious and prone to errors, which can result in economic losses and quality issues. Automating this process not only reduces manual effort but also ensures greater consistency and precision.The Robotic SolutionThe robotic egg packaging cell uses an automated system that can sort, pack, and label eggs at a speed and precision that is not possible with manual labor. This system is equipped with advanced sensors and artificial intelligence algorithms that allow for efficient detection and handling of eggs, minimizing the risk of damage and ensuring that each egg is correctly labeled and packaged.Benefits for the IndustryThe implementation of this technology has brought numerous benefits to the poultry industry. Firstly, it has increased productivity by reducing the time needed to package eggs. Additionally, it has improved the quality of the final product, as human errors have been significantly minimized. It has also allowed companies to reduce operational costs, as the use of robots reduces the need for manual labor.Impact on the Local EconomyThe implementation of this technology has brought numerous benefits to the poultry industry. Firstly, it has increased productivity by reducing the time needed to package eggs. Additionally, it has improved the quality of the final product, as human errors have been significantly minimized. It has also allowed companies to reduce operational costs, as the use of robots reduces the need for manual labor.Future of Automation in Poultry FarmingThe success of the robotic egg packaging cell has opened the door to future innovations in the poultry industry. It is expected that automation will continue to expand to other areas of the production process, such as feeding and caring for the birds. With the advancement of technology, it is likely that we will see more innovative solutions that further improve the efficiency and sustainability of poultry farming.The introduction of the first robotic egg packaging cell in Latin American poultry farming is a clear example of how technology can improve efficiency and quality in the industry. This advancement has not only benefited poultry companies but has also had a positive impact on the local economy and opened new opportunities for the future. As technology continues to advance, it is likely that we will see more innovations that transform the poultry industry and contribute to a more sustainable and efficient future.

Scroll to Top