The world of medical robotics is expanding at a breathtaking pace. From the superhuman precision of the da Vinci surgical system to the life-changing potential of advanced prosthetics, robotic solutions are fundamentally reshaping healthcare. The market projections tell a story of explosive growth, with the surgical robotics market expected to
A virtual journey into the magnetic future Join Damian for an exclusive, behind-the-scenes tour of LIRO technology where rotating shafts with permanent magnets promise to revolutionize motion in extreme industrial settings. Arriving at Blackwater Industries It was a bright morning when I first set foot in the sprawling complex of
A new chapter in semiconductor manufacturing Join Mihaela for a behind-the-scenes virtual tour of a high-tech semiconductor fab, where a groundbreaking motion system called LIRO promises to redefine wafer handling. It was early morning when I first stepped into what seemed like the heart of tomorrow a vast semiconductor fabrication
A new chapter in artificial lift: The story of LIRO Join Nicolae for a behind-the-scenes virtual tour of a remote oil field, where a groundbreaking motion system called LIRO promises to redefine artificial lift. A journey into the heart of Oil Country It was well past dawn when our small
A new chapter in elevator technology: The story of LIRO Join Mihaela on a virtual behind-the-scenes tour of a visionary new skyscraper, where a groundbreaking motion system called LIRO could reshape the future of vertical (and horizontal) travel. Arriving at the Sky District The sun was just peeking over the
💡Patent pending ABSTRACT The invention relates to a transport system comprising: a rotatable shaft (1), a plurality of permanent driving magnets (2) fixed to the shaft (1) and having the poles axes phase-shifted by 120º, at least one set of three identical permanent propulsion magnets (4), a movable element (5)
💡Patent pending Picture a warehouse floor or a remote oil field where running electrical cables for a linear motor would be prohibitively expensive or simply impossible. Now imagine a system that achieves the same precise, frictionless motion but relies solely on the clever arrangement of permanent magnets. That system is
After successfully automating the HOOS units, I was given the opportunity to enhance and expand the FAIR project with custom-made hardware and IoT/Industry 4.0 software modules. In March 2019, I began visiting various OMV Petrom locations across Romania to study different equipment that required monitoring solutions. Depending on
FAIR's Fuel Consumption Monitoring System is a sophisticated solution developed over the past six years by integrating a wide range of technologies and expertise. The system aims to regain control over fuel consumption through a sustainable, step-by-step approach. It includes a comprehensive setup encompassing hardware, software, and operational
Beginning in January 2021, a six-month test was initiated for two HOOS units near Ahmedabad, India, with ONGC as the beneficiary. This test aimed to evaluate the performance and reliability of the HOOS technology in challenging environmental conditions, and it ultimately proved to be a resounding success. During this period,
In late 2017, I was first introduced to the HOOS project, where I was informed about several shortcomings in the automation of the HOOS units. Early in 2018, I visited two sites where HOOS units are operating, specifically in Videle and Păcureți, to gain a comprehensive understanding of the system.
The Heavy Oil Operating System (HOOS) is an innovative artificial oil lifting technology designed to enhance energy efficiency, reduce costs, and increase crude oil production, shifting the focus from vertical pumping to vertical transportation. Utilizing a durable, oil-adherent textile belt capable of lifting up to 100 barrels of heavy oil