Discover Cutting-Edge Motion Control for Life Sciences
Innovative Motion Control for Life-Science Research
PI (Physik Instrumente) is pioneering high-precision motion control technologies designed to meet the evolving needs of life science research. At the forefront of this innovation, PI showcases their advanced focus stages and nanopositioning systems tailored for super-resolution microscopy, microtomy, and delicate cell manipulation.
Key Technologies for Life Science Applications
A notable highlight from PI's offerings includes the V-141 and V-131 series, direct-drive linear stages that have been crafted specifically for microtome applications. These compact, precision-engineered stages stand out for their reliability and accuracy in biological specimen preparation.
Piezo-Driven Nano-Focus Motors
The P-725 piezo-driven nano-focus stage exemplifies PI’s dedication to quality and performance. With an impressive vertical travel of 800µm and sub-nanometer resolution, this device delivers faster response times, making it ideal for Z-stack image acquisition, optical coherence tomography (OCT) scanning, and two-photon microscopy. Its innovative frictionless, wear-free flexure guides ensure unmatched precision and durability.
Advanced 6-Axis Hexapod Manipulators
For applications requiring high-precision motion, PI’s hexapod manipulators enable coordinated motion in all six degrees of freedom. Achieving sub-micrometer repeatability, these systems are instrumental in robotics for microsurgery as well as in multi-axis microscopy tasks, enhancing research capabilities in complex manipulation scenarios.
Exceptional Speed and Stability
PI integrates patented ultrasonic piezomotors into their low-profile high-speed XY stages. These systems are designed for operations requiring both wide velocity ranges and superior positional stability. With comprehensive controls, joystick integration, and user-friendly software, they offer a complete turnkey solution that simplifies operation for research teams.
Microscopy and Bio-Nanotechnology Solutions
Further cementing their role as leaders in the field, PI offers a diverse range of fast Z-sample stages and XYZ nanopositioning systems. Capable of achieving subatomic resolutions, these solutions are essential for single-molecule microscopy, rapid three-dimensional imaging, and deconvolution microscopy, significantly advancing life science research.
Compact Voice-Coil Nanopositioning Stages
Designed for high-performance DNA sequencing applications, PI’s voice-coil scanning stage provides robust travel capabilities of 7 mm accompanied by nanometer resolution. Its user-adjustable magnetic preload supports various microscope objectives, making it a flexible tool for researchers needing precision in a compact design.
Engagement and Resources
For those unable to attend the upcoming neuroscience showcase, PI offers an alternative: a comprehensive view of their motion control solutions available online. Their technologies cater specifically to life sciences imaging and microscopy, facilitating advanced research paths.
About PI Americas: Visit www.pi-usa.us for more details. Reach out at (508) 832-3456 for inquiries and further information.
PI (Physik Instrumente) is committed to advancing the field of motion control technologies tailored for life science applications, ensuring researchers have the cutting-edge tools necessary to drive innovation in their studies.
Frequently Asked Questions
What innovative technologies does PI offer for life sciences?
PI offers advanced motion control solutions, including nanopositioning systems and fast focus stages, tailored for super-resolution microscopy and cell manipulation.
How do PI's piezo-driven nano-focus motors enhance research?
The P-725 model provides rapid vertical travel and extreme precision, ideal for various microscopy applications.
What are hexapod manipulators used for?
PI's hexapod manipulators enable complex motions in microsurgery and multi-axis microscopy, essential for intricate research tasks.
How does PI ensure speed and stability in their motion control systems?
By using patented ultrasonic piezomotors, PI's XY stages offer exceptional velocity ranges and positional stability for seamless operation.
Where can I find more information about PI’s products?
You can visit PI's website for detailed insights into their motion control solutions tailored for life sciences.
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