Customization: | Available |
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Type: | Magnetic Grid Encoder |
Working Principle: | Incremental |
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High Resolution & Accuracy: Despite their size, they provide sub-micron precision.
Durability: Magnetic encoders are resistant to dust, moisture, and vibrations compared to optical encoders.
Low Power Consumption: Suitable for battery-operated devices.
Description | Parameter | Remark |
resolution | 0.5 μm, 1 μm | |
position accuracy | <30 μm | Customizable |
repeatability | 1-1.5 μm | |
travel speed | max 5 m/s | |
travel range | max 50 metes | |
Protection Rating | IP67 |
Used in surgical robots (e.g., minimally invasive surgery tools) and micro-assembly robots where space constraints demand tiny yet precise feedback sensors.
Enables accurate position control in nanoscale positioning stages (e.g., semiconductor manufacturing, microscopy).
Integrated into compact medical instruments like endoscopes, catheter guidance systems, and robotic prosthetics for precise motion tracking.
Deployed in small actuators, drone gimbal systems, and compact servo mechanisms for flight control surfaces.
Used in miniature guidance systems where size and weight are critical.
Fits into tight spaces in small CNC machines, pick-and-place robots, or wafer-handling systems requiring high-resolution position feedback.
Used in linear stages for optical alignment or laser processing.
Applied in miniaturized servo motors for cameras (autofocus mechanisms), VR haptic devices, or foldable smartphone hinge angle detection.
Used in throttle control, tiny valve actuators, or advanced driver-assistance systems (ADAS) where compact sensors are needed.