FG40 is an electro-permanent magnet (EPM) designed for aerospace, robotic, and industrial applications. It combines the advantages of electro- and permanent magnets by being able to switch between the on-state and off-state on demand (like an electromagnet); while consuming zero power in either state (like a permanent magnet).
The device supports the following communication interfaces:
- Cyphal/CAN FD control with diagnostic telemetry;
- RCPWM control input (A-suffix models only);
- voltage level control input (A-suffix models only);
To get started, explore various application examples or refer to the quickstart guide.
For more information, consult the reference manual.
Variants
- FG401M - optimized for cost-sensitive applications.
- FG401MA - for systems without CAN bus; supports RCPWM and voltage level control/feedback.
- FG402M - optimized for mission-critical applications.
| Feature | FG401M | FG401MA | FG402M |
| Mass | 72 g | 72 g | 72 g |
| Dimensions | 40✕40✕22 mm | 40✕40✕22 mm | 41✕41✕22 mm |
| CAN bus | 1 (non-redundant) | 1 (non-redundant) | 2 (doubly redundant) |
| Analog control | No | Yes | No |
Applications
- Magnetic locks, clamps, and holders.
- Payload attachment in vehicles, drones, and robots.
- Quick-assemble structures.
- Quick-release batteries in EVs and drones.
- Workholding in CNC machines.
- End-of-arm tooling (EOAT).
- Steel surface climbing legged robots.
Testimonials
“FluxGrip’s holding force exceeds the published spec, making it a perfect match for our robots. Integration was straightforward, and Zubax’s technical support has been exemplary. We recommend FluxGrip without reservation.”
Miguel Serrano (CEO of INSTOR Projetos e Robotica)
“FluxGrip worked well with our trailer design for our ground vehicle. It was very easy to set up, just like a regular servo. The holding force is top notch and it never failed to grip any item at any terrain.”
Mark Austria (CS Student at California State University, Long Beach)