Image Credit: Prior Scientific Instruments Ltd. Today, many microscopes with exceptional optics capable of producing high-resolution images are underused. These microscopes may be older purchases or ...

Fully integrated, miniaturized ceramic linear drives works with the M-687 motorized microscope XY stage for inverted microscopes. Fully integrated, miniaturized ceramic linear drives works with the ...

XY Linear Stages with direct-drive piezo motors provide high resolution and stability. The ceramic linear motors are self-clamping and eliminate drift and vibrations that can occur with conventional ...

(Nanowerk News) To answer the demand for an integrated inverted microscope positioning system that must match perfectly, PI (Physik Instrumente), a leader in precision motion control and ...

(Nanowerk News) Global piezo nanopositioning leader PI introduces a new microscope stage family designed for democratizing the advantages of ultrasonic piezo motor drive systems in super-resolution ...

The MVR is a motorized inverted microscope, designed for multi-channel fluorescence imaging. The biggest feature is the automation - the XY scanning stage, focus stage, and 6-position filter cube ...

No matter how fine your fine motor skills may be, it’s really hard to manipulate anything on the stage of a microscope with any kind of accuracy. One jitter or caffeine-induced tremor means the ...

Miniaturized ceramic linear drives from Physik Instrumente (PI) L.P. work with the M-687 motorized microscope XY stage for inverted microscopes. • Complete system includes a controller, joystick, and ...

The new models are equipped with direct-measuring capacitive sensors. This type of sensor can provide higher linearity and long term stability than the lower cost piezoresistive sensor-equipped stages ...

Auburn, MA – PI (Physik Instrumente) LP has added two higher-performance models to its successful PInano™ superresolution (SR) microscope stage series. Higher Stability and Reduced Noise with ...

Gathering 3-dimensional image data is a staple of automated microscopy. Imaging cells in a single plane in biological science is not possible because of inherent unevenness across the sample or the ...