Jagtech was founded in 2018 to develop advanced technologies for drilling fluid optimization and magnetic particle separation across global onshore and offshore operations.
Jagtech is a Norwegian technology company specializing in advanced drilling fluid optimization solutions for the global oil and gas industry.
Founded in 2018, Jagtech has developed a suite of patented technologies designed to enhance drilling efficiency, reduce non-productive time (NPT), and improve overall operational performance. Our flagship products include:
With a dedicated U.S. entity, Jagtech US LLC, based in Houston, Texas, Jagtech is committed to supporting our clients across North America. The technologies have been successfully deployed in various drilling operations, delivering tangible improvements in drilling fluid stability, reduced sagging, and more consistent mud performance under demanding conditions.
Jagtech – Improving Your Drilling Performance.
Jagtech was established in December 2018 by industry veterans Geir Olav Ånesbug, Arild Saasen, and Jan Egil Pallin, with initial backing from ProVenture Seed II AS and TENGA AS. In January 2019, we acquired the patented Magnetic Particle Separator (MAPS) technology from SAPEG AS, laying the foundation for our innovative product development.
In 2022, in-house testing of Jagtech’s patented Dual Shear Gun started, leading to its commercial success in 2023. The same year, JAG-MAG was introduced. This is an inline solution based on the Dual MAPS technology, which has been successfully implemented in U.S. land rigs.
To better serve the growing client base in North America, Jagtech US LLC was established in Houstonin 2024 and in 2025 weare contionouing growing into Middle East and Acia Pacific
From the headquarter in Orkanger, Norway, to operating sites across Europe ,North America EMEA and APAC, Jagtech continues to innovate and provide cutting-edge solutions for drilling fluid optimization.
Improved directional drilling accuracy and improved signal/noise ratio.
Reduce spending non productive time by using the drill bit to condition the MUD.
Reduce metallic fines downhole that can agglomorate in your tool.
Reduced failure on pump pistons and liners and reduced wear on equipment.