A thin-type inductive encoder is an inductive angular encoder that utilizes a based-on

Non-contact electromagnetic induction principle design for wireless power transmission technology.

The product consists of three parts: the stator and two rotors. After the stator is powered, the energy is transmitted wirelessly.

Supply rotors and sense the electromagnetic field of the rotor; the rotor does not require power supply and receives stator energy in real-time.

Apply to the coil to form a regular electromagnetic field.

The product utilizes a dual-track design to achieve absolute angle output, with the rotor and stator non-contacting.

Touch, frictionless, with integrated angle calculation circuit on the stator, implemented using proprietary technology to achieve low power consumption.

Integrates multiple high-speed digital interfaces.

The rotor and stator are both annular thin-walled structures, with large hollow structures for easy passage through shafts and wires.

Cables and components. When in use, the stator and rotor should be installed axially parallel for ease of rotation.

Energy transmission between chambers and electromagnetic field induction.

Products do not come with bearings; no couplings are required during installation, and there are no precise installation requirements. Due to the sensitivity of...

The responsive encoder lacks components such as ball bearings, glass scale disks, and light sources, which makes the induction

The encoder can achieve high reliability angle measurement in harsh environments.

Thin-type inductive encoder, widely applicable in medical, aerospace, and other fields.

Industrial automation and robot applications.