A family of new high Precision, High Speed Rotary Tables with direct drive motors and frictionless air bearings provides superior positioning precision, high speed, and negligible wobble and eccentricity errors.

Improved resolution with 24bit DAC, higher power integrated piezo amplifier, ideal for piezoelectric single-axis nanopositioning systems with capacitive position-feedback sensors, it’s compact, affordable, and new from PI.

The next gen piezo focusing stages, new from PI, have longer travel ranges to 800µm, faster step/settle, better guiding precision, and higher resolution.

PI invented fast focusing stages with nanometer resolution more than 30 years ago. Its PIFOC® product family spans hundreds of standard and custom products, optimized for tasks including surface metrology in semiconductor applications, super-resolution microscopy, slide scanning, genome sequencing, and magnetic tweezers.

PI’s new multi-channel piezo driver is based on 5 decades of piezo transducer and controller experience and is well-suited to operate a wealth of piezoelectric transducers including scanner tubes, shear actuators, and XYZ actuators, in static and dynamic applications.

Cleanroom-compatible, this new high performance noncontact miniature linear slide from PI is suited for applications like wafer inspection, scanning/metrology, fiber alignment, laser micromachining and marking, autofocusing, and genome sequencing.

New long-travel addition to PI’s large range of nanopositioning slides for fast focusing tasks in semiconductor metrology, microscopy, life sciences, and slide scanning applications.

The demo shows a closed-loop XY-table in high speed scan and alignment. These V-508 linear translation stages are run run by an ACS industrial motion controller with intelligent alignment algorithms.

The pivot point demo shows the advantages of a programmable pivot point in hexapod parallel kinematics active alignment systems. The PI H-811 Hexapod 6-axis motion system and P-616 piezo nano-scanner are mounted on a Cascade Microtech wafer prober.

PI's Hexapod 6DOF Parallel Motion platforms have a very useful feature for active alignment and optimization applications - a user programmable pivot point. A high performance hexapod motion controller handles all the necessary coordinate transformations, very easy for the user.

Shannon from Mad City Labs takes you through the company's product line of nanopositioning systems. Learn about nanopositioners and their key attributes with this informative video.

Motorized Gantry Stages with Direct Drive motors provide higher speed, performance and precision compared to belt-driven gantries or screw driven gantry stages.

High speed and high precision gantry stages and XYZ motion stages provide the basis for industrial highly accurate laser machining and 3D printing processes. Fast linear motors provide frictionless motion with zero wear, in contrast to screw and belt driven gantries and stages. Non-contact linear motors not only provide higher speed and precision but also increased reliability.

PI's Next Generation objective nano-positioners for microscopy and surface metrology provide higher speed, precision and longer travel ranges up to 800µm, along with easier integration. Applications for nano-focusing stages include multiphoton fluorescence microscopy, optical coherence tomography, wafer surface inspection and laser materials processing.