Search Results

Work on the cutting-technology to develop the newest generation of magnetic navigation systems. What we offer We are team of young, ambitious researchers and engineers with a flat hierarchy. As an employee you can bring in your own ideas and be an important part of the company. Join us and help develop the newest generation of magnetic navigation systems. Remote work We’re flexible. In-person meetings and collaboration on our premises are often necessary, but remote work can be arranged by mutual agreement. Dynamic team As member of our young team you can shape the future of this company. We welcome new ideas and people willing to take responsibilities. Flexible hours We value the work-life balance of our employees. We offer part-time jobs as well as the opportunity to work flexible hours. We are looking for Motivated people with a Bachelor or Master degree, or with similar experience in industry. Strong English skills are required and also the willingness to work in a team. Open positions Internship: modelling of magnetic manipulation systems. Temporary position (6 months). For more information click here Job Application Please complete the form to apply for a position with us. First Name * Email * Last Name * Phone Position Applying For * CV * Select File Available Start Date Letter Of Motivation * Select File 2 References* Other Document Your application has been submitted Select File Select File Submit An error occurred. Either fill the missing information or send the application to info@magnebotix.com

MagnebotiX develops high-precision electro magnetic field generators. These magnetic manipulation systems are used world-wide for micromanipulation and magnetic actuation. Generating Magnetic Fields for your Needs MagnebotiX AG, a spin-off from ETH Zurich, develops advanced magnetic manipulation systems for research and medical applications. Our MFG-100, OctoMag and MBX-Navion systems enable precise, contactless control of micro- and nanorobots, particles, and magnetic tools in biomedical, fluid dynamics, and mechanobiology research. + Find out more Our Products MFG-100 For micromanipulation under an upright microscope (not included) OctoMag For versatile use at an intermediate scale of studies on magnetic control, mechanobiology in organs or small animals, and catheter guidance MFG-100-i For micromanipulation at higher resolution on an inverted microscope (not included) Navion For large scale operations, including development of clinical intervention techniques with large animals Our Services Customizable Software Our control software is based on the open-source Robot Operating System (ROS). Users can access the needed functions of our magnetic field generators and use the computer language of their choice, such as C++, Matlab® or Python. Online Support Need help getting started or with an unexpected problem? Get in touch and we will arrange an online call or a TeamViewer session with one of our experts and go through it live with you. Consulting Service Need new functionality but don’t have the personel or detailed knowledge to implement your wishes? Ask about our consulting services and let’s discuss it. About Us MagnebotiX was formed in Q2 2014 and is headquartered in Zurich, Switzerland. Our team of world class researchers and engineers is passionate about the development and production of magnetic manipulation systems, including magnetic field generators and micromagnetic agents. With years of expertise in the field, our products support both fundamental and applied scientific and engineering research. Taking advantage of the transmission of both power and guidance through applied magnetic fields, our systems provide wireless tools to accomplish challenging micromanipulation tasks. They are also used to control untethered mechanical probes in otherwise inaccessible places and for targeted cargo delivery in minimally invasive biological studies. Meet the team Testimonials "The MagnebotiX system has been an invaluable tool for us to characterize the performance of our magnetic microbots. The ability to apply precise gradient and/or rotating fields at prescribed frequencies and strengths provided great insights for characterizing and optimizing the microrobot performance for a variety of test conditions and environments" Dave Capelleri Professor at Purdue University ContactForm If you have any questions about our products or magnetic control in general please don’t hesitate to contact us. We will be happy to organize a call or remote demo session to discuss the diversity and power of magnetic control and how it could benefit your work!

our distributors in APAC selling our cutting edge technology - MFG-100, OctoMag, Navion, Electromagnetic Manipulation Systems APAC Beijing OUBEIRE Scientific Instrument Co., Ltd. Bright Stars Technologies Co.,Ltd. Xi'an HelixDance Biotechnology Co., Ltd.

Find out about the newest developments of magnetic navigations systems at MagnebotiX. November 2025 Clinically ready magnetic microrobots for targeted therapies by ETH researchers Our electromagnetic navigation systems (eMNS) were instrumental in this research where magnetically guided microrobotic capsules were developed that can navigate through the intricate vasculature to deliver drugs with pinpoint accuracy. Check out the details here . October 2025 Unveiling the EduMag System Magnetic precision meets hands-on learning! Get ready to explore how we are transforming education and research with the power of magnetism. Curious to know more? Click here July 2025 OctoMag just checked in at RoCoCo Lab, Max PIanck Institute for IS We are proud to support the pioneering work at Max Planck Institute for Intelligent Systems-RoCoCo Lab with the precision and flexibility of our OctoMag platform. July 2025 OctoMag installed at CEITEC, Brno University of Technology Successful installation of our OctoMag system at CEIT, Brno University of Technology — empowering cutting-edge research with next-generation magnetic micromanipulation!

**OctoMag by Magnebotix** – an advanced **magnetic manipulation system** designed for precise, contactless control of micro- and nanodevices. With **eight independent electromagnetic coils**, OctoMag enables highly accurate 3D magnetic field control for **biomedical research, microrobotics, and neuroscience**. OctoMag The MagnebotiX OctoMag is a magnetic manipulation and actuation system offering 5-DOF wireless control of micro- to millimetre-scale objects in a large 3D workspace. Featuring closed-loop control and flexible lab integration, it’s ideal for precision biomedical and microrobotics research. Discover More < Back

Discover the MFG-100 electro magnetic manipulation system by Magnebotix – a cutting-edge magnetic field generator designed for high-precision research and industrial applications. Delivering controlled, uniform magnetic fields, the MFG-100 is ideal for micromanipulation, material science, and biomedical studies. Explore advanced magnetic control with Swiss-engineered reliability MFG-100 The MagnebotiX MFG-100 is a versatile magnetic manipulation system and field generator for controlling microrobots and studying magnetic field-dependent phenomena. Its eight electromagnets create precise, arbitrary magnetic fields and gradients for advanced biomedical and engineering research. Discover More CLP-100 The CLP-100 is an accessory plate that screws onto the top of the MFG-100 magnetic field generator. Click here for details. < Back

Research results published using our magnetic field generators and magnetic manipulation systems A Selection of Publications Applications in Micromanipulation Small, Fast, and Under Control Small, Fast, and Under Control: Wireless resonant Magnetic Micro-Agents. Dominic R. Frutiger, Karl Vollmers, Bradley E. Kratochvil and Bradley J. Nelson. Int. J. Robot. Res. 29, 613-636 (2010). Manipulation using Artificial Bacterial Flagella Localized non-contact manipulation using artificial bacterial flagella. Kathrin E. Peyer, Li Zhang and Bradley J. Nelson. Appl. Phys. Lett. 99, 174101 (2011). Targeted Cargo Delivery Targeted Cargo Delivery Using a Rotating Nickel Nanowire. Li Zhang, Tristan Petit, Kathrin E. Peyer and Bradley J. Nelson. Nanomedicine: NBM 8, 1074-1080 (2012). 3D Magnetic Manipulation Three-Dimensional Magnetic Manipulation of Micro- and Nanostructures for Applications in Life Sciences. Simone Schuerle, Sandro Erni, Maarten Flink, Bradley E. Kratochvil and Bradley J. Nelson. IEEE Transactions on Magnetics, 49 (1), 321-330 (2013). Noncontact manipulation Noncontact manipulation using a transversely magnetized rolling robot. Hsi-Wen Tung, Kathrin E. Peyer, David F. Sargent and Bradley J. Nelson. Appl. Phys. Lett. 103, 114101 (2013). 3D Microprobing in an Anisotropic Environment Soft Capsule Magnetic Millirobots for Region-Specific Drug Delivery in the Central Nervous System. Mair LO et al., Front. Robot. AI 8:702566 (2021). Applications in Medicine Localized Viscoelasticity Measurements Measuring localized viscoelasticity of the vitreous body using intraocular microprobes. Juho Pokki, Olgac Ergeneman, Semih Sevim, Volker Enzmann, Hamdi Torun and Bradley J. Nelson. Biomedical microdevices 17 (5), 85 (2015) Magnetically controlled microprey Robotically controlled microprey to resolve initial attack modes preceding phagocytosis. Simone Schuerle, Ima Avalos Vizcarra, Jens Moeller, Mahmut Selman Sakar, Berna Özkale, Andre Machado Lindo, Fajer Mushtaq, Ingmar Schoen, Salvador Pané, Viola Vogel and Bradley J. Nelson. Science Robotics 2 (2), eaah6094 (2017) Targeted Therapies Clinically ready magnetic microrobots for targeted therapies. Fabian C. Landers, Lukas Hertle, Vitaly Pustovalov, Derick Sivakumaran, Cagatay M. Oral, Oliver Brinkmann, Kirstin Meiners, Pascal Theiler , Valentin Gantenbein , Andrea Veciana, Michael Mattmann, Silas Riss, Simone Gervasoni, Christophe Chautems, Hao Ye , Semih Sevim, Andreas D. Flouris, Josep Puigmartí-Luis, Tiago Sotto Mayor, Pedro Alves, Tessa Lühmann, Xiangzhong Chen, Nicole Ochsenbein , Ueli Moehrlen, Tilman Schubert, Zsolt Kulcsar, Philipp Gruber, Miriam Weisskopf, Quentin Boehler, Salvador Pané, and Bradley J. Nelson. doi/10.1126/science.adx1708 (2025) Applications in magnetic control using MagnebotiX field generators by area Explore all the Publications referencing our Technologies

Find out about the partners of MagnebotiX that work towards developments of magnetic manipulation systems. 2025 Partnership Announcement MagnebotiX and Swiss Vascular join forces to advance magnetically guided tools for safer, more precise endovascular interventions. 2021 Partnership with Nanoflex Robotics MagnebotiX and Nanoflex Robotics are sister companies united by their Navion technology. While MagnebotiX provides Navion systems for preclinical research, Nanoflex Robotics delivers the certified version for clinical applications. 2022 Horizon Project "EVA" As a partner in this project MagnebotiX works on the development of a magnetoelectric 3D printing technology. 2020 Horizon Project "ANGIE" As a partner in ANGIE, MagnebotiX develops a clinical-size electromagnetic navigation System.

MBX Newsletters are issued in every quarter Newsletters - 2025 MBX Newsletter Q3 Oct'25 MBX Newsletter Q2 July'25 MBX Newsletter Q1 April'25 Newsletters - 2024 MBX Newsletter Q3 - Q4 Dec'24 MBX Newsletter Q1- Q2 Jun'24

**Navion by Magnebotix** – the ultimate **magnetic navigation system** for precise, contactless control of magnetic manipulation systems, micro- and nanodevices. Engineered for **biomedical research, microrobotics, and material science**, Navion delivers unparalleled accuracy and flexibility. Explore Swiss innovation in **magnetic micromanipulation**. Navion The MagnebotiX-Navion is a powerful magnetic manipulation system designed for human-scale biomedical and engineering research. Its patented coil technology delivers precise, steerable magnetic fields up to 50 mT for surgical, vascular, and large-volume microrobotics applications. Discover More < Back

Discover the MFG-100-i by Magnebotix – a cutting-edge magnetic field generator- magnetic manipulation system, designed for high-precision research and industrial applications. Delivering controlled, uniform magnetic fields, the MFG-100 is ideal for micromanipulation, material science, and biomedical studies. Explore advanced magnetic control with Swiss-engineered reliability MFG-100-i The MFG-100-i integrates seamlessly with inverted microscopes for physical and biological studies at sub-micron scales, including cell mechanics, single-cell manipulation, and fluid dynamics in anisotropic media. Its open optical path along the central axis supports a variety of microscope illumination techniques for advanced imaging and observation. Discover More < Back

MagnebotiX Team ETH researchers working towards continuous improvement of magnetic manipulation systems Our Team Our team of world class researchers and engineers is passionate about the development and production of magnetic manipulation systems Founder Member & CEO Dr. David Sargent Founder Memember Prof. Brad Nelson Founder Memember Assoc. Prof. Simone Schuerle Lead R&D Dr. Simone Gervasoni Brand & Account Manager Aparna Chatterji Research & Development Engineer Michal Rawlik