Rotis d.o.o.

From Vision to Reality – We’re Your Innovation Partners! We don’t just manufacture—we collaborate, innovate, and bring ideas to life. Our expert technical team is with you at every step, transforming concepts into market-ready solutions. Innovation and precision come together to shape the future! 💡✨ Let's roll the world together! - Rotis d.o.o. #Innovation #Manufacturing #DesignToMarket #bearings

Picture a 14-ton, 4800 mm OD slew bearing, now that’s some serious engineering! It’s so massive that even gravity needs a coffee break! Built for a giant ship, and so heavy, it takes specialized equipment just to budge it. Let's roll the world together! - Rotis d.o.o. #Engineering #Manufacturing #HeavyMachinery #ShipBuilding #Innovation

At Rotis d.o.o. we’re proud to announce that we’ve been certified by DNV according to ISO 14001:2015! This international standard highlights our commitment to implementing an effective environmental management system. Together, let’s make sustainability a key part of our journey! Let's roll the world together! #DNVCertification #ManufacturingExcellence #Cnc #bearings #Machine #Pins #bushes #Technology #Quality #DNV #Design #management #slewing #Slewbearing #Energy #SustainableBearingsForEveryIndustry #RenewableEnergyBearings #WindTurbineBearings #OilAndGasBearings #PrecisionEngineering #APIStandardBearings

Next time you ride a tram or articulated bus, remember—you’re moving with Rotis precision in every turn! 🚎😎 Let's roll the world together! - Rotis d.o.o.

🌌⚙️ Blast from the Past: Series 4 – Galileo’s Genius and the Birth of Precision Bearings 🎯 Welcome back to Blast from the Past! 🌟 This time, we’re traveling to the early 1600s, where yet another monumental mind, Galileo Galilei, advanced the mechanics that power modern innovation. 🌍💡 While Leonardo da Vinci planted the seeds of the bearing revolution with his aerial screw and groundbreaking designs, Galileo brought it to the next level. His work on the caged bearing introduced an essential refinement that eliminated friction-induced inconsistencies, offering unmatched precision and reliability—a principle still at the heart of today’s machinery. 🚗🛠️ 🕰️ Why Galileo’s Work Mattered In the burgeoning world of engineering, Galileo’s caged bearing was revolutionary because it prevented the rolling elements from colliding with each other. This small adjustment had massive implications: -Increased efficiency in mechanical devices. -Reduced wear and tear, prolonging the life of machines. -Smoother performance, making possible the development of precision instruments. From timepieces to industrial equipment, his innovation was a game-changer that allowed the engineering world to dream bigger and aim higher. 🚀✨ ⚙️ Galileo’s Legacy in Modern Bearings The caged bearing design laid the foundation for the Industrial Revolution’s explosion of new machines. It empowered the evolution of complex systems, like steam engines, textile machines, and even railways. Today, his principles are embedded in everything from aerospace technology to surgical robots, where precision is paramount. 🛠️🌌 🖼️ Want to explore Galileo’s contributions firsthand? Visit the Museo Galileo in Florence to see his remarkable works and how they continue to inspire engineers and dreamers alike. 🏛️ Stay tuned for Series 5, where we’ll jump into the 18th century to explore John Harrison’s invention of the anti-friction bearing and how it helped conquer the challenges of marine navigation! 🌊⚓ Let’s roll the world together! 🔩🌍 Rotis d.o.o. #EngineeringHistory #InnovationThroughTime #MechanicalEngineering #EngineeringLegends #BearingTechnology #PrecisionEngineering #CagedBearings #RollingFriction #GalileoGalilei #TechEvolution #BlastFromThePast #EngineeringMarvels #SlewingBearings #HeavyMachinery #CraneTechnology #WindTurbineEngineering #ExcavatorMechanics #MaterialHandling #IndustrialAutomation #ConstructionInnovation #OffshoreEngineering #MiningMachinery #RotarySystems #RenewableEnergySolutions

Gleason Pfauter CNC Gear Hobbing Machine P-2800 (2007) Looking for a precise, high-capacity gear hobbing machine to enhance your production line? Our Gleason Pfauter P-2800 is immediately available, featuring robust specifications for top-tier performance in gear production.  Key Specifications - Workpiece Diameter: Up to 2800 mm - Table Load Capacity: 40,000 kg - CNC Control: Siemens 840D with 5 axes - Condition: Minimal operating hours, ready for precision production Technical Details - Hobbing Capacity: 20 mm gear - Milling Capacity: 30 mm - Machine Weight: 50 tons - Dimensions: 7 x 4.5 x 4.75 m For more technical details, see the first comment 📍 Location: Kočevje, Slovenia For full technical specifications and inquiries, please reach out to us at jana.cukic@rotis-lj.si Rotis d.o.o. – Let's roll the world together! #GearHobbing #CNC #Manufacturing #PrecisionEngineering #IndustrialMachinery #ProductionEfficiency #SiemensCNC #MachineTools #Engineering #Rotisdoo #WindTurbines #GearManufacturing #Excavators #HeavyMachinery #Bearings #MechanicalEngineering #Automation #Industry40 #Metalworking #MachinerySales #EngineeringSolutions

Check our latest case study on how Rotis d.o.o. successfully implemented #Opcenter #Scheduling and gained more controlled and calmer workflow, significantly reducing errors in the production process. They can now react to unexpected changes faster, better plan their deliveries, utilize their machines and provide materials and semi products at the right time. As a result, they reduced production makespan time by 50 percent.

🚁⚙️ Blast from the Past: Series 3 - Leonardo’s Lift-Off Vision🚀 Welcome back to Blast from the Past! 👀 This time, we’re rewinding to 1500 AD, where the legendary Leonardo da Vinci—a true Renaissance genius and the “Father of the Modern Bearing” —sketched an engineering marvel that still impacts us today. Leonardo’s aerial screw design wasn’t just an early concept of flight; it introduced a revolutionary bearing structure that’s strikingly similar to modern designs. His innovative sketch included two rings, or races, with rolling balls in between, held together by a cage to prevent contact and reduce friction. This cage kept everything running smoothly—a principle that powers today’s machinery, from cars to aircraft. ✈️🚗 Want to check out these legendary drawings for yourself? You can find them at the Pinacoteca Ambrosiana in Milan—a must-see for anyone inspired by his vision! 🖼️ Though his aerial screw didn’t lift off, Leonardo’s bearing concept soared beyond his era. His vision laid the groundwork for bearings to become an engineering staple, truly taking off during the Industrial Revolution. 🌎 Today, his relentless curiosity still inspires us to push boundaries in every field. 💡 And the innovation didn’t stop there! Stay tuned for Series 4 🌠, where we’ll see how Galileo’s discovery of the caged bearing added precision and set the stage for modern machinery. 🚀 Let’s roll the world together! 🔧💪 - Rotis d.o.o. #EngineeringHistory  #windenergy  #LeonardoDaVinci #windturbine #AerospaceEngineering  #MechanicalDesign  #BearingTechnology   #EngineeringLegends  #IndustrialRevolution  #FutureOfEngineering   #RenaissanceEngineering  #EngineeringInspiration  #TechEvolution #MechanicalEngineering #SlewingSolutions #MuseumOfEngineering   #LeonardoLegacy #Milan #SlewingBearings #Bearing #rings

🚢⚙️ Blast from the Past: Series 2 - Roman Engineering Beneath the Waves Welcome back to our Blast from the Past series! 👀 This time, we dive deep into Lake Nemi, Italy, to uncover a remarkable innovation that changed the course of engineering: the Roman ball bearing! In 40 BC, Roman engineers were already ahead of their time. Among the treasures found on a sunken Roman ship, archaeologists uncovered a wooden ball bearing—a testament to ancient Roman ingenuity. This simple yet brilliant mechanism supported a rotating platform or table aboard the vessel, reducing friction and allowing smoother movement. Whether for adjusting navigational tools or serving food, this technology was essential for making life easier aboard these grand ships. These were no ordinary ships, though. Known as the Nemi Ships and built for Emperor Caligula, they were essentially floating palaces, featuring intricate mosaics, baths, and even plumbing systems! Imagine the complexity of keeping such a massive vessel in motion. The ball bearing, though rudimentary, played a key role in reducing mechanical strain—foreshadowing the precision engineering we rely on today. It’s fascinating to think that the same principles the Romans used to reduce friction and improve motion are still at the core of modern technologies, from wind turbines to cranes, radars, and even robotics. Whether made from wood or high-tech alloys, bearings have powered human innovation for millennia. From ancient Roman shipbuilding to the precision bearings that keep the world turning today, this story is a testament to our relentless drive to innovate and push boundaries. 🌍🔧 But we’re just getting started! 🤩 In Series 3, we’ll leap forward in time to explore another revolutionary design that inspired one of the most groundbreaking inventions of the modern era. Have you heard about Leonardo da Vinci’s early concept of a helicopter? Stay tuned to discover how this visionary design laid the foundation for aviation’s most incredible breakthroughs! 🚁✨ Let’s roll the world together! - Rotis d.o.o. #Engineering #Innovation #Bearings #History #Technology #Manufacturing #RomanEngineering #IndustrialBearings #WindTurbines #PrecisionBearings #Construction #Gears #AncientTechnology #ModernEngineering #Industry4_0 #SlewingBearings #robotics #radars #bearingnews #mechanicalengineering #USA #India #France #Canada

Blast from the Past: Series 1 - The Ancient Origins of Modern Bearings Did you know that bearings may have played a key role in the construction of the Great Pyramids of Egypt? 🏗️ The ancient Egyptians are believed to have used primitive wooden roller bearings —logs placed under immense stone blocks, some weighing up to 2.5 tons (roughly the size and weight of an SUV)—to reduce friction and make the transportation of these massive stones possible. But that’s not all! Some of the larger granite blocks used in the inner chambers of the pyramids could weigh as much as 80 tons 🫨 (80,000 kg)—the weight of about 15 elephants! These colossal stones were transported from quarries located several kilometers away. Without their early use of bearing-like technology, moving and positioning such enormous stones would have been nearly impossible. Bearings, in various forms, have been at the heart of human innovation for millennia. For example, archaeologists have discovered traces of early bearing systems in Greek and Roman architecture and engineering. It’s incredible to reflect on how far we've come—from ancient methods to high-performance precision bearings that enable everything from industrial machinery to electric vehicles🚗💡. But the connection between bearings and ancient technology doesn’t end in Egypt! 🌊 Have you heard of the Sunken Roman ships discovered in Lake Nemi, Italy? 👀👀 Stay tuned for Series 2 👀😉 as we explore more fascinating stories about the role of bearings in shaping human history! Let’s roll the world together! 🌍🔧 - Rotis d.o.o. #Engineering #Innovation #Bearings #History #Technology #Manufacturing #Construction #Gears #AncientEgypt #ModernEngineering #Industry4_0 #SlewingBearings #WindTurbines #Axle #RomanEngineering #PrecisionBearings #PyramidEngineering #IndustrialBearings #Rotis