1～3 item / All 3 items
PATRIOT is a three-dimensional positioning measurement device that utilizes magnetism.
This system is a six-degree-of-freedom measurement device composed of a magnetic field source (TX-2), a magnetic measurement sensor (RX-2), and a control unit (SEU) that manages them. Unlike optical or ultrasonic sensors, this magnetic sensor provides data in real-time without being affected by physical obstacles.
A wireless 3D positioning measurement device using magnetic technology! Achieving mobility in position measurement for motion simulations and more!
This system is a six-degree-of-freedom measurement device calibrated with receptors and wireless markers, which are magnetic field sources, along with a control unit that manages them. The magnetic sensors can measure non-contact and provide real-time data that is not affected by physical obstacles, unlike optical or ultrasonic methods. Additionally, each marker responsible for position measurement is powered wirelessly by batteries, eliminating concerns about wiring during operation and achieving greater mobility for position measurement in applications such as motion simulation.
VIPER is a three-dimensional magnetic position measurement system that utilizes magnetism.
VIPER is a three-dimensional magnetic position measurement system that utilizes magnetism. The system consists of a source (TX-2) that generates the magnetic field, a sensor (RX-2), and a control unit (SEU) that manages these components, enabling detection in six degrees of freedom. Unlike other systems (optical, ultrasonic, camera-based), the magnetic system provides measurement data in real-time without being affected by physical obstacles (blind spots). In addition to its compact and lightweight body, it achieves the highest accuracy in POLHEMUS's product history and an astonishing sampling rate comparable to high-speed cameras at a low cost. Furthermore, a new function has been added to alleviate magnetic field distortion caused by the presence of metal in the measurement environment, which has been a weak point of magnetic sensors. VIPER proposes operations in a wide range of new fields where the use of magnetic sensors has been challenging until now.
