PI (Physik Instrumente), a world chief in precision movement management and nanopositioning options, gives one of the crucial superior multi-axis nanopositioning methods on this planet, the P-562.6CD 6-Axis Nanopositioning Stage. Engineered for cutting-edge functions in photonics, semiconductor metrology, super-resolution microscopy and nanomanufacturing this superior movement system delivers nanometer-level accuracy, repeatability, and really excessive dynamic efficiency with millisecond responsiveness throughout six levels of freedom (X, Y, Z, pitch, roll, yaw).
Picture Credit score: PI (Physik Instrumente) LP
Powered by PICMA® piezo actuators and play-free flexure-guided mechanics, the P-562.6CD gives frictionless movement with long-term stability, making it perfect for any cutting-edge requirement that can not be met with conventional motorized positioning know-how.
Parallel Kinematics and Direct Parallel Metrology
The working precept of the stage is predicated on a parallel-kinematic design with just one shifting platform for all 6 axes – lowering inertia and bettering responsiveness in all 6 axes. The built-in direct metrology system, that includes absolute-measuring capacitive sensors, allows extremely correct closed-loop operation with superior linearity and stability. Its compact design permits seamless integration into analysis and industrial setups, the place precision and pace are crucial.
Superior Digital Movement Controller Gives Wonderful Linearity and Excessive Pace
The P-562 nanopositioning stage is programmed with PI’s E-712 digital servo piezo controller, offering enhanced linearity, sooner settling, and scanning speeds in comparison with typical piezo movement controllers. Easy accessibility to all movement parameters and settings is accessible by way of the included PIMikroMove software program. The bundle additionally contains drivers for LabVIEW, dynamic libraries for Home windows, Linux, and MATLAB. Interfaces embody Ethernet, USB, SPI, RS-232, and analog. Supported features embody wave generator, information recorder, auto zero, and set off I/O.
Built-in Lengthy-Life Piezo Drives: Examined by NASA for the Mars Mission
The P-562 6DOF piezo nanopositioning stage is powered by ceramic-encapsulated, preloaded, and flexure motion-amplified PICMA® piezo actuators, providing superior efficiency and reliability in comparison with conventionally insulated piezo actuators. These maintenance-free actuators, steerage methods, and sensors are extremely sturdy and cost-effective, with no put on and tear. In NASA/JPL reliability exams for the Mars Mission, the actuators impressively survived 100 billion cycles with none failures.
PI’s P-562.6CD collection represents the most recent developments in piezo nanopositioning know-how, providing high-speed response, dynamic movement management, and distinctive reliability.
Industries Served
Photonics, semiconductor metrology, super-resolution microscopy, nanomanufacturing, bio-nanotechnology, DNA analysis
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