ABB RobotStudio Cup 2026: Innovation, Education, and Talent in Bergamo

Yayınladı 06/03/2026
ABB RobotStudio Cup 2026: Innovation, Education, and Talent in Bergamo

The initial phase of the ABB RobotStudio Cup 2026 has just concluded, officially marking the start of the journey that will bring students and teachers from all over Italy – and abroad – to compete in ABB Robotics' main educational competition.

This year, the contest's name has evolved, transitioning from the now historic ABB RoboCup to focus on RobotStudio, ABB's leading software for simulating and offline programming industrial robots, which is increasingly popular in training programs today.

A major event for the world of education

The 2026 edition will take place on May 12th and 13th in Bergamo, two days packed with technical tests, challenges, meetings, and opportunities for exchange between students, teachers, and industry professionals.

More than 70 institutions will be involved, including high schools, ITS Academies, and universities, confirming the central role ABB Robotics plays in supporting the development of the digital and technological skills required by the ongoing industrial transition.

The RobotStudio Cup Junior returns: the importance of guidance for young people

Alongside the global competition dedicated to high schools, the RobotStudio Cup Junior is also back – for its second edition – the format designed to introduce middle school students to robotics.

The participation of the region's middle schools confirms ABB Robotics' commitment to supporting educational programs starting from the youngest generations, promoting early and informed guidance.

Thanks to dedicated tests, educational tools and moments of discussion led by ABB experts, the students have the opportunity to:

discover firsthand what it means to work with robots and digital technologies;

learn about new professions and fields of study;

develop transversal skills such as collaboration, problem solving and creativity;

start imagining your own path to building the future.

A growing educational ecosystem

The ABB RobotStudio Cup maintains the original spirit of the contest: promoting talent, creativity and teamwork .

At the same time, the 2026 edition strengthens its ties with the ABB Robotics Education Lab ecosystem, the program dedicated to introducing new generations to the skills required by industry. The use of 3D simulation, constantly growing in technical education, represents a concrete bridge between the world of education and the factory of the future.

A bridge between school and industry

With this initiative ABB renews its commitment to:

offer young people industrial-level professional tools;

create direct connections with experts and companies;

generate opportunities for growth and orientation;

bringing an accessible, concrete, and inclusive culture of innovation to schools.

The ABB RobotStudio Cup is more than just a competition: it's a journey that unites education, technology, and vision, creating fertile ground for the skills of the future.

International Participation and Global Finals

As in 2025, for this edition too we are collecting applications from foreign institutes , whose delegations will take part in the global assignment of the title of ABB RobotStudio Cup Winner 2026 , which will be celebrated on May 13th .

The future of robotics starts here .

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Daha fazla bilgi için: ABB RobotStudio Cup 2026
ABB RobotStudio Cup 2026: Innovation, Education, and Talent in Bergamo

İlginizi çekebilecek diğer makaleler

New still axl 15 igo autonomous electric pallet truck

Presented as a world premiere at LogiMAT 2026, the AXL 15 iGo automates truck loading and unloading STILL, a leading supplier of intralogistics systems and equipment, is presenting a true milestone in intralogistics at LogiMAT 2026: the first production-ready solution on the market for automating truck loading and unloading without the need for fixed safety technology at the loading bay. With the new autonomous AXL 15 iGo electric pallet truck, STILL is closing one of the last major gaps in warehouse automation: the management of incoming and outgoing goods directly at the loading bay. Automation comes to the loading bay The loading bay area is traditionally characterized by tight deadlines, staff shortages, night shifts, and challenging operating conditions, from high summer temperatures to freezing winter temperatures. Furthermore, limited space, variable trailer geometries, and very stringent safety requirements must be addressed. While many companies have long since automated warehouses, internal transport, and handling systems, truck loading and unloading has remained a process considered difficult to automate. “With the AXL 15 iGo, we're filling a historic gap in intralogistics, making automated truck loading and unloading an accessible and easily implementable standard for the first time,” explains Matteo Piantanida, Head of Sales Automation at STILL in Italy. “Our solution makes receiving and shipping goods more efficient, safe, predictable, and reliable. Process standardization enables repeatable workflows, significantly increasing operational stability and transparency. This is a key step in our strategy: to offer scalable automation solutions for every area of ​​intralogistics.” Thirty pallets in thirty-five minutes in an autonomous, flexible and safe way The AXL 15 iGo autonomous pallet truck was specifically developed for automating truck loading and unloading: two vehicles operating in tandem can autonomously load up to 30 EPAL pallets in approximately 35 minutes. Thanks to innovative localization and positioning logic integrated with a new, holistic safety concept, the truck can automatically recognize the trailer's internal configuration and precisely position the pallets. A particularly significant advantage for users is that the AXL 15 iGo does not require any fixed safety systems at the gate, such as scanners or reflectors installed on the bay or in the trailer. This makes the solution highly flexible, quick to implement, and easy to integrate into existing operations. Safety and precision in the tightest spaces To ensure safe handling and precise navigation, the AXL 15 iGo uses two complementary technologies: on the outside of the trailer, it uses Visual SLAM 3D localization technology; on the inside, it uses LiDAR-based localization, which allows for centimeter-level accuracy. The truck also integrates LiDAR safety scanners, camera systems, light and acoustic signals, and 3D pallet detection. A solution for multiple sectors The AXL 15 iGo is particularly suited to sectors with high volumes of pallets and standardized load units, such as 3PL operators, food logistics, retail, and manufacturing companies. With a load capacity of up to 1,500 kg and a speed of up to 2 m/s, the truck can meet a wide range of industrial needs. Integration into automated fleets is scalable via a VDA 5050 interface, a dedicated fleet manager, and open APIs for warehouse management systems (WMS). World premiere at LogiMAT 2026 STILL will present the AXL 15 iGo to the public for the first time at LogiMAT 2026, in Hall 10, Stands B40 and B41. The truck will be available immediately after the trade fair. “Our customers ask us for solutions that can be implemented immediately. That's why we chose to launch the product only once it was ready for rapid market release,” says Piantanida. About STILL Specializing in intralogistics solutions, STILL has a product portfolio that includes forklifts, warehouse technology, connected systems, and services. Founded in 1920 by Hans Still, the company offers customized and customer-optimized solutions, backed by excellent service. STILL's goal is to make intralogistics "intelligent," developing solutions that make warehouse operations smoother and more efficient, protect the health of workers, and simultaneously meet the highest sustainability standards. With this goal, STILL is committed to promoting new solutions for electric mobility, automation, fleet and energy management, as well as circularity, i.e., the consistent conservation and recycling of resources. Headquartered in Hamburg, STILL employs 7,100 people and is present in 89 countries. The Italian organization can count on the most solid and widespread sales and service network in the country, consisting of 10 direct branches, over 50 dealers and partners, 950 service technicians and over 170 sales representatives.

02/04/2026 Devamını oku

Tezmaksan: making automation accessible to every factory

Cobots are changing manufacturing, but the real value comes from seamless integration Cobots have radically redefined expectations for automation, emerging as a direct response to some of the industry's most pressing pressures. Persistent labor shortages, rising production demands, and the physical limitations of traditional factory layouts have made flexibility a priority. Their appeal lies in their combination of simple integration, affordable investment levels, and the ability to operate safely. In this article, Hakan Aydoğdu, CEO of Tezmaksan Robot Technologies, a company specializing in CNC automation, reflects on how collaborative technologies are redefining automation. The latest World Robotics 2025 report highlights the rapid acceleration of this shift towards automation. Industrial robot installations reached 542,076 units in 2024, more than double the figure recorded a decade earlier. This is the fourth consecutive year in which annual installations have surpassed the half-million mark. Asia continues to dominate, accounting for nearly three-quarters of all new installations, while Europe and the Americas account for much smaller shares. These numbers reveal not only the speed of adoption but also the global imbalance in automation readiness. The global automation landscape Recent research by Make UK highlights that approximately 36% of manufacturing vacancies are difficult to fill due to a lack of candidates with the right skills, qualifications, or experience. Collaborative robots are playing an increasingly important role in filling this gap. By taking on repetitive, physically demanding, or high-risk tasks, cobots help manufacturers maintain production levels even in times of labor shortages. Cobots consistently deliver increased productivity and more reliable quality, freeing human workers to focus on complex or value-added tasks. They also help improve workplace well-being by reducing stress and injuries, and their simple programming makes automation achievable without long wait times or extensive training. For many companies, this combination accelerates the path to a measurable return on investment. Navigating the new regulations In the manufacturing sector, cobots are increasingly used to optimize assembly lines and improve operational workflows. Studies indicate that cobots can significantly improve productivity by automating repetitive tasks and allowing human workers to focus on more complex tasks that require cognitive skills. Regulatory frameworks are evolving alongside this technological momentum. The EU Machinery Regulation 2023/1230, which replaces the previous Machinery Directive, was adopted in 2023 and will be fully applicable from January 2027. It introduces a more rigorous approach to safety, liability, and cybersecurity for advanced machines and collaborative systems. The new requirements push manufacturers toward clearer accountability and more rigorous compliance processes, signaling that compliance and safer integration will become a key factor in the implementation of automation in the coming years. For engineers, this has direct implications for the design, implementation, and validation of collaborative robotic systems. In logistics environments, cobots are increasingly used for palletizing, order picking, and intralogistics material handling, where integrated vision systems, force sensors, and safety scanners enable close human-robot collaboration without traditional safety cages. In automotive manufacturing, cobots support precision assembly, screwdriving, quality control, and machine servicing, improving cycle time consistency and reducing ergonomic strain on operators. Best practices for seamless integration include conducting task-specific risk assessments in line with ISO 12100 and ISO/TS 15066, implementing safety-certified monitored shutdowns, speed and separation monitoring, and ensuring robust cybersecurity controls for connected robotic cells. Engineers are also advised to prioritize modular system architectures, standardized industrial communication protocols (such as PROFINET or EtherCAT), and digital simulation tools to validate layouts and workflows prior to physical implementation.   Challenges in legacy production environments Many manufacturing environments are aging or are built around legacy systems that weren't designed for robotics. Restricted layout plans, outdated infrastructure, or patchy connectivity can complicate integration. When new technology meets older equipment, the process can become costly or time-consuming if the two aren't seamlessly aligned. A robot's capabilities alone don't determine how collaborative automation will work. Installing and configuring robotic systems, integrating software, and maintaining everything involved can push a team beyond its current capabilities. The initial costs, from the equipment itself to facility modifications and staff training, can seem high, especially in the current economic climate. Traditional robots, typically built for fixed, repetitive tasks, often require extensive reprogramming every time they change products or layouts, resulting in downtime that can quickly erode their overall advantage. To address these limitations, manufacturers are adopting increasingly flexible automation approaches that prioritize rapid deployment, reconfigurability, and scalability of investments, especially for small and medium-sized operations. For example, the CubeBOX EcoLEAN-V1 and V2 allow systems to be repositioned and adapted as workflows evolve. This flexibility allows manufacturers to scale automation incrementally without tying production to fixed layouts. This reflects a broader shift towards agile automation, solutions designed to adapt to changing production needs. EcoLEAN is available in various configurations to support different payloads, part sizes, and space constraints, enabling deployment in a wide range of production environments. The right investment A Deloitte survey of 600 manufacturing executives in 2025 found that 80% of them plan to invest 20% or more of their improvement budgets in smart manufacturing initiatives this year, with a focus on core tools and technologies. This level of commitment signals a clear shift in the industry: manufacturers no longer view digitalization and automation as optional upgrades, but as essential capabilities that will define competitiveness in the years to come. While collaborative technology is driving this transformation, it is flexibility, mobility, and financial accessibility that will ultimately redefine how manufacturing operates and who has access to the benefits of automation.

30/03/2026 Devamını oku

Makino f6: high stability (roughing+milling)2

The Makino F6 vertical machining center celebrated its European premiere at EMO 2025. It is designed for stable, sustained high-precision machining of plastic molds, injection molding dies, and die-casting molds in particular. Its design ensures exceptional thermal stability and high-speed performance for superior surface finishes and reduced cycle times. What makes the F6 so special The four pillars of Makino's F6 concept are rigid design, spindle technology, thermal management, and intelligent software. The strengths of this vertical machining center include spindle technology with core cooling and under-race lubrication, excellent thermal behavior in normal environments, precision and long-term reliability for superior surface quality, and an automation-ready design. Optimized for 3D contoured geometries and tight-tolerance applications in the mold and die industry, the F6 offers high levels of precision for long machining hours and an extended Y-axis travel of 650 mm to accommodate increasingly square molds. Main features Structural Rigidity and Thermal Stability: Using finite element analysis (FEA) to design the machine's extremely rigid structure, the f6 dampens vibrations for long-term precision, while the unique axis configuration eliminates overhangs and ensures full axis support throughout the entire work envelope. Ball screws and cooled-core nuts maintain thermal equilibrium during high-speed operations. Motor flange cooling prevents any heat transfer from the motor to the machine structure, while cooling the support bearings improves their lifespan and thermal stability. Spindle Innovations: Core cooling, under-race lubrication, Oilmatic closed-loop temperature control, and multi-plane balancing to reduce vibration and improve surface finish are innovative features resulting from Makino's leadership in spindle technology. The f6 features a 20,000-rpm HSK A63 spindle as standard, while a 30,000-rpm HSK-F63 spindle is available as an option. Motion Control and Software: Developed for high-feed rate, tight-tolerance 3D machining, this machine's Super Geometric Intelligence (SGI.5) software maintains high accuracy even with complex NC data and significantly reduces cycle times compared to standard CNC systems. Multiple advanced motion modes allow users to customize the machine's behavior to specific job requirements. The f6's Professional 6 control integrates Fanuc hardware and a Windows Embedded operating system to offer ease of use on a 15-inch multi-touch screen, with a layout that adapts to the operator's workflow from setup to execution. Automation and Monitoring: The large side door for robot integration, top access for overhead crane operations, and easy access to the automatic tool changer (ATC) and spindle make the f6 automation-ready. The optional machine monitoring system allows real-time monitoring of machine condition, production, and tooling. Chip Management and Maintenance: Efficient chip removal is ensured by a five-nozzle system (four cooling nozzles and an air blower) around the spindle, optional through-spindle air and coolant, a front-mounted chip tray accessible during machining, and an optional conveyor for large-volume chip removal. Maintenance of the f6 has been simplified thanks to centralized access to the pneumatic, hydraulic, and lubrication systems. Company Profile Makino Milling Machine Co., Ltd. is recognized as a leading technology and service provider in the machine tool industry. The company is listed on the Tokyo Stock Exchange and employs approximately 4,800 people in the Americas, Europe, and Asia. Its revenue for the fiscal year ending March 31, 2025, was €1.4 billion. Makino's broad range of high-quality manufacturing solutions includes machining centers for component production and mold and die manufacturing for a wide range of applications in the aerospace, automotive, off-highway vehicle, industrial components, and microtechnology industries. Makino Europe employs 250 people at technology centers and offices in Germany, Italy, France, Spain, and Slovakia, focusing on marketing, sales, application engineering, and customer support.

27/03/2026 Devamını oku
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