The H105 ProScan Microscope stage from Prior Scientific is purpose designed for precision mapping of large specimens including scanning of a wide range of semiconductor wafers (up to 150mm / 6 inches) ...

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 ...

Accurate measurement results depend on regular microscope calibration to ensure consistency and reliability across scientific and industrial use.

The company’s PInano line of superresolution (SR) microscope stages now include models equipped with direct-measuring capacitive sensors, which can provide higher linearity and long-term stability ...

Prior Scientific’s H112 Large Format Stage has a large movement range, and high precision. These capabilities, along with 6 µm repeatability, make the stage a suitable component for use in the ...

Auburn, MA – 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 U-781 XY microscope stage is designed to make high-performance ultrasonic piezo motor drive systems accessible for super resolution fluorescence microscopy. This stage offers specifications that ...

Holds specimen at any temperature, -20° to +100°C Digital display of set-up and operating temperatures Control to within 0.1°C Fits most microscopes Built in digital thermometer and probe With our ...

3D printing isn’t something you would usually associate with a high precision device, but this one shows that it can be used to create rather intricate things when needed. The Openflexure is a ...

PI’s PInano™ super resolution (SR) microscope stage series is available in two variations - High Precision with piezoresistive position feedback sensors and High Precision with High Stability based on ...

The Prior Scientific H112 microscope stage offers a travel range of over 300 x 300 mm making it ideal for accurate and precise scanning of semiconductor wafers, photo masks, flat panel displays and ...