Researchers and microscopy specialists will gather in San Diego this November for the annual Neuroscience 2025 conference, where they will discuss cutting-edge tools enhancing life sciences. Among the notable exhibitors is PI (Physik Instrumente), showcasing its advanced high-precision motion control and nanopositioning systems that significantly improve performance in super-resolution microscopy, live-cell imaging, and 3D optical metrology.
Innovative Motion Control Solutions for Life Sciences
PI’s offerings include compact, high-precision linear stages, such as the V-141 and V-131 series, specifically designed for microtome applications. These US-manufactured systems feature piezo nanopositioning stages that enhance the accuracy and efficiency of sample preparation and analysis.
For applications requiring meticulous focus adjustments, the P-725 piezo-driven nano-focus stage stands out with its impressive 800 μm vertical travel and sub-nanometer resolution. This stage is ideal for Z-stack image acquisition, optical coherence tomography (OCT) scanning, and two-photon microscopy. Its frictionless and wear-free flexure guides ensure exceptional precision and an extended operational lifetime, making it a reliable choice for high-stakes research.
Supporting Advanced Research with Precision Technology
Additionally, PI is introducing its 6-Axis Hexapod Manipulators, which enable coordinated motion across all six degrees of freedom with sub-micrometer repeatability. These manipulators are essential for microsurgery robotics as well as collaborative robotics and multi-axis microscopy tasks, enhancing the capabilities of researchers in critical applications.
The company also offers low-profile, high-speed XY stages utilizing patented ultrasonic piezomotors. These stages combine a wide range of velocities with excellent position stability and come equipped with a controller, joystick, and software for seamless operation.
For bio-nanotechnology, PI provides a comprehensive suite of fast Z-sample stages and XYZ nanopositioning systems. These systems facilitate subatomic resolution and single-molecule microscopy, supporting rapid 3D imaging, deconvolution microscopy, and fast auto-focusing, thus empowering researchers in various life science disciplines.
Moreover, the latest voice-coil scanning stage from PI delivers 7 mm of travel with nanometer resolution. Its user-adjustable magnetic preload allows for vertical operation of various microscope objectives, making it particularly suitable for DNA sequencing applications. The compact design, high speed, and Ethercat-based drives further enhance its integration into multi-axis motion systems for OEM applications.
Researchers unable to attend Neuroscience 2025 can still explore PI’s extensive range of motion control solutions tailored for life sciences, imaging, and microscopy through the company’s website. For more information, visit PI Americas at www.pi-usa.us or contact them at [email protected].
