Jura Physica can help you implement interferometric displacement measurement solutions, leveraging deep expertise in this technology. Our proprietary interferometric system makes it possible to measure nanometric linear displacements across up to three axes simultaneously, as well as the slightest angular changes. By utilizing a combination of in-house as well as rigorously tested second-hand components, Jura Physica delivers these comprehensive solutions at a significantly reduced cost compared to conventional systems. Since Jura Physica masters the entire technology, we can customize solutions to meet the specific needs of our clients, ensuring optimal performance for your unique applications.
The JP-LEN-103 laser encoder and power supply can perform displacement measurements with nanometric resolution accross up to 3 axes simultaneously.
Read MoreThe JP-OR-01 optical receivers sense the laser beam returning from an interferometer.
Read MoreThe JP-TPH-01 performs temperature, pressure and humidity measurements to compensate for the refractive index of the surrounding air.
Read MoreJura Physica provides 10706A (and analogous) dual pass plane mirror interferometers as well as 10701A (and analogous) beam splitters.
Read MoreOur systems achieve feedback-controlled displacements ranging in amplitude from meters all the way down to a couple of nanometers. For example, in the figure displayed, a piezoelectric stage was positionned with a displacement amplitude of 20 nanometers (one second hold time at the peak).
Whether you're working in research, high-tech manufacturing, or product development, Jura Physica can help you reach the boundaries of precision motion control.