EDIBON

Since 1978, we have been leaders in technical equipment for engineering training and research.

We ensure quality, precision, and excellence in every unit, providing innovative solutions that meet the highest standards in education and research globally.

31/08/2026

Satellite communications are part of our everyday lives, enabling everything from television broadcasting and GPS navigation to global connectivity and emergency communications. Understanding how these systems operate is essential for the next generation of telecommunications engineers.

The Computer Controlled Satellites Unit (ESA), developed by EDIBON, has been designed to provide hands-on training in modern satellite communication systems (SATCOM). Students can study the complete transmission and reception process through three key stages: the transmitting earth station, the satellite repeater, and the receiving earth station.

With its SCADA software, the unit allows users to configure transmission parameters, simulate faults, select test points, and monitor the system in real time, providing a realistic learning experience based on real satellite communication principles.

👉 Learn more about the Computer Controlled Satellites Unit (ESA): https://www.edibon.com/en/computer-controlled-satellites-unit?video_modal=on

28/08/2026

As renewable energy adoption continues to grow, efficient energy storage has become essential for ensuring grid stability, improving energy efficiency, and enabling smarter, more resilient power systems.

At EDIBON, we help universities and technical training centers prepare the next generation of engineers with advanced educational equipment that enables students to explore the latest energy storage technologies through hands-on learning. From batteries and flywheel energy storage systems to pumped-storage hydropower and hybrid energy systems, our training equipment bridges the gap between classroom theory and real-world engineering applications, providing students with the practical skills needed to meet the evolving demands of the energy sector.

By combining theoretical knowledge with practical experimentation, we equip future engineers with the skills needed to tackle the challenges of the global energy transition.

Discover EDIBON's complete range of Energy Storage equipment on our website and explore how we're shaping the future of engineering education: https://blog.edibon.com/en/energy-storage-a-key-element-in-the-energy-transition/

26/08/2026

We are pleased to announce that EDIBON will be exhibiting at Worlddidac Asia 2026, one of Asia's leading events for educational innovation, technical training, and international collaboration.
📅 September 15–17, 2026
📍 Hangzhou Grand Convention and Exhibition Center, China
📌 Booths &

Join us to discover our latest equipment for engineering education, hands-on technical training, and research laboratories.

Meet our team, explore our innovative technologies, and discuss how we can support your institution with comprehensive training equipment: https://www.edibon.com/en/content/contact-us

We look forward to welcoming you in Hangzhou!

https://worlddidac.org/worlddidac-asia/

25/08/2026

A complete laboratory is more than a collection of equipment, it's a complete learning ecosystem.

At EDIBON, we design and develop fully integrated laboratories tailored to the needs of universities, technical training centers, and research institutions. From planning and equipment selection to installation, training, and ongoing support, we provide comprehensive solutions that bridge the gap between theory and hands-on practice.

Whether choosing one of our pre-designed laboratories or a fully customized equipment, institutions benefit from flexible, scalable learning environments built to evolve with future educational and research needs.

Learn more about EDIBON's complete laboratory equipment on our website and discover how we help build the laboratories of tomorrow: https://blog.edibon.com/en/complete-laboratories-integrated-solutions-for-high-level-technical-training/

24/08/2026

Solid handling is an essential part of many industrial processes, from raw material preparation to storage, transportation, and final processing. Understanding the behavior of solids is fundamental for efficient and reliable plant operation.

The Solid Handling Study Unit (QMS), developed by EDIBON, introduces students to the main unit operations involved in solid processing through hands-on experimentation.

The unit integrates a wide range of equipment, including a ball mill, vibrating sieve shaker, V-type mixer, pneumatic conveyor, cyclone, rotating drum, and weighing system. This allows users to study particle size reduction, sieving, mixing, conveying, separation, storage, discharge, and the physical properties of solids within a single laboratory platform.

A comprehensive solution for understanding the principles of solid handling and the unit operations widely used in chemical and process engineering.

👉 Learn more about this unit on our website: https://www.edibon.com/en/solids-handling-study-unit?video_modal=on

21/08/2026

Understanding how materials behave under different conditions is essential for designing reliable products and structures across industries, from construction and automotive to aerospace and energy.

At EDIBON, we support the education of future engineers with advanced materials testing equipment that transforms theory into hands-on experience. From universal testing machines to photoelasticity systems, our solutions enable students and researchers to analyze the mechanical behavior of materials with precision and confidence.

Discover our complete range of Materials Engineering solutions on the EDIBON website and explore how we are advancing engineering education worldwide: https://blog.edibon.com/en/materials-engineering-a-key-to-innovation-and-safety/

20/08/2026

Biomedical engineering is one of the fastest-growing disciplines, with a clear objective: to apply engineering principles to improve healthcare, diagnosis, and quality of life.

Within this field, biomechanics enables the study of human movement and body behavior by applying principles of mechanics, anatomy, and physiology.

Connecting theory and practice is essential for training the future professionals of biomedical engineering: https://blog.edibon.com/en/biomedical-engineering-education-research-and-equipment-for-the-future-of-healthcare/

19/08/2026

At EDIBON, we design, develop, manufacture, assemble, and test all our educational and research equipment entirely in-house at our facilities in Spain. This complete control over the process allows us to deliver reliable, high-quality equipment that meet the evolving needs of engineering education and research.

By controlling every stage of the production process in-house, we ensure the highest standards of quality, reliability, and performance while continuously innovating and developing solutions tailored to the needs of universities and research centers worldwide.

Discover how our commitment to engineering excellence helps prepare the next generation of engineers through high-quality, hands-on learning solutions.

Learn more about EDIBON and our manufacturing process on our website: https://blog.edibon.com/en/from-design-to-manufacturing-quality-at-every-stage/

17/08/2026

Cooling towers play a fundamental role in many industrial processes by removing excess heat through evaporative cooling, improving system efficiency and reducing energy consumption.

The Bench-Top Cooling Tower Unit (TTEB), developed by EDIBON, allows students to study the principles of heat and mass transfer in an open air-water system under controlled laboratory conditions.

The unit reproduces the operation of an industrial cooling tower, enabling users to analyze the influence of air flow, water flow, packing density, and operating conditions on cooling performance. Its integrated instrumentation also makes it possible to calculate energy and mass balances while evaluating the overall efficiency of the system.

A comprehensive solution for understanding one of the most important thermal processes in chemical and mechanical engineering.

👉 Learn more about this unit on our website: https://www.edibon.com/en/bench-top-cooling-tower?video_modal=on

14/08/2026

PEM fuel cells are shaping the future of clean energy.

With their high efficiency and low emissions, PEM fuel cells are playing a key role in the transition toward more sustainable energy systems, from electric mobility to renewable energy applications.

Missed our "Efficient & Sustainable PEM Fuel Cells" webinar? You can now watch the full session on our YouTube channel, including a live demonstration of EDIBON's Computer-Controlled PEM Fuel Cell Unit (EC5C) and discover how this technology is transforming engineering education and research.

▶️ Watch the full webinar and continue exploring the future of sustainable energy: https://blog.edibon.com/en/pem-fuel-cell-technology-a-key-to-cleaner-and-more-efficient-energy/

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