Conductive AFM (C-AFM) measurements on a polished IC surface with multiple transistor contacts
A new application note from Nanosurf.
Sep 24th, 2019
Read more
Subscribe to our Nanotechnology Business News feed
PI's Linear and Rotary Components power ambitious FLSM project
Flamingo Light Sheet Microscopes rely on Precision Motion Systems from PI.
Sep 20th, 2019
Read moreNew Whitepaper: Controlling Hexapod 6-DOF Alignment Robots via EtherCAT
A new whitepaper from PI details how easy it is for users to integrate PI Hexapods into industrial precision automation systems based on the EtherCAT communication standard.
Jul 30th, 2019
Read more28mm Low-Profile Rotary Positioner with High Force Torque Motor is Mountable on 6-Axis Hexapod
This compact rotary positioner, new from PI, is engineered for fast and precise rotation of samples and optics in applications including medical, metrology, precision microassembly, bio-research, optical inspection, and semiconductor test and manufacture.
Jul 10th, 2019
Read moreCompact Linear Stage Provides High Speed and 10nm Resolution
Lightweight, fast, stable, reliable - the new ultrasonic motor stages from PI are easy to control and integrate into industry and research applications.
Jun 27th, 2019
Read morePhysik Instrumente to host free precision automation conference
Physik Instrumente (PI) has issued an open invitation to leading technology organisations focused on precision automation to attend a free conference entitled Precision automation for the future, improving speed, accuracy and throughput.
May 15th, 2019
Read moreE-727 EtherCat Compatible Piezo Motion Controller for Nano-Scale Automation and Precision Positioning
PI's latest piezo nanopositioning motion controller delivers high bandwidth, linearity, and nanometer accuracy and easily integrates in industrial precision automation systems via EtherCat connectivity.
Apr 30th, 2019
Read moreFaster Active Alignment with NanoCube XYZ Piezo Flexure Scanning Stage
A more compact XYZ nanopositioning system for faster active alignment and higher scanning speed, with integrated sensors for nanometer precise closed-loop control is now available.
Apr 18th, 2019
Read moreMiniature Linear Translation Stages come in X, XY, and XYZ Configurations
The new L-505 linear stage series from PI is designed for precision motion, alignment, and positioning applications where space is limited.
Apr 4th, 2019
Read moreLong Travel Linear Motor Stage - 32" Travel, Nanometer Resolution
The new linear translation stage from PI is engineered for industrial applications with high demands on dynamics, precision, smooth scan motion, short settling times, and low tracking error.
Mar 28th, 2019
Read moreMiniature Piezo Components for Medical Device Manufacturing
PI's new family of micro components are suitable for the most precise applications, including medical imaging, nanopositioning, fiber alignment, and optics / photonics.
Mar 21st, 2019
Read moreMechanical Gantry System Provides High Speed, Precision
PI's new A-351 gantry positioning stage provides the framework for controlled precise overhead motion.
Mar 1st, 2019
Read morePrecision Linear Stage Family: Linear Motor and Screw-Drive Options
PI's 412 Mid-size linear stage family for industrial automation complements the larger 417 high-load stages.
Feb 21st, 2019
Read more1200W High Power Piezo Driver for Fast Switching Applications
Built for demanding high performance piezo applications in industrial automation and R+D.
Jan 31st, 2019
Read morePrecision Motion and Automation Sub-Systems to Showcase at SPIE Photonics West 2019
PI will highlight its new gantries, automation sub-systems for laser material processing, and silicon photonics (SiP) alignment engines in addition to novel piezoceramic drive solutions and motion and control technologies at Photonics West in San Francisco, starting February 5, 2019.
Jan 22nd, 2019
Read moreNew Brochure explains Nanopositioning Mechanisms for High Resolution Microscopy Applications
Most types of super resolution microscopes, atomic force microscopes or electron beam microscopes rely on nanopositioning mechanisms to improve resolution, focusing speed, and stability.
Jan 14th, 2019
Read more