Mirror Scanning uses ultra-responsive galvanometric mirrors to rapidly steer the laser beam across a sample Unlike traditional mechanical stage scanning—which involves moving the sample itself—this technique redirects Mirror Scanning uses ultra-responsive galvanometric mirrors to rapidly steer the laser beam across a sample Mirror Scanning uses ultra-responsive galvanometric mirrors to rapidly steer the laser beam across a sample distorted, allowing researchers and engineers to consistently obtain reliable results. - - - - - - The test

allows you to investigate the relationship between optical properties and electronic responses in your samples Keithley 2400 or 2600 series) • BNC to screw terminal adapter (for Keithley 2600) • Photocurrent target sample Long- and short-working distance options • Cover Glass Correction: Important in biological or liquid samples Photocurrent Target Sample NANOBASE provides high-quality photocurrent target samples designed for both In addition, a silicon sample is included for X-axis calibration, enabling precise alignment and optimal

. • Lateral Resolution (XY): Defines the smallest separation between two points on the sample surface maps. • Axial Resolution (Z): Describes the ability to resolve features at different depths within the sample Long- and short-working distance options • Cover Glass Correction: Important in biological or liquid samples objective lenses and, through expert consultation, provide solutions optimized for your experimental goals,sample

Mirror Scanning uses ultra-responsive galvanometric mirrors to rapidly steer the laser beam across a sample Unlike traditional mechanical stage scanning—which involves moving the sample itself—this technique redirects Mirror Scanning uses ultra-responsive galvanometric mirrors to rapidly steer the laser beam across a sample Unlike traditional mechanical stage scanning—which involves moving the sample itself—this technique redirects Mirror Scanning uses ultra-responsive galvanometric mirrors to rapidly steer the laser beam across a sample

Custom Raman Solution At Nanobase, we design and deliver Raman spectroscopy systems optimized for your sample Build a Raman system that fits your samples, workflow, and goals—together with Nanobase. capabilities guarantee quality and scalability, while our dedicated software team delivers intuitive, RESTful-based

micro-positioners, an interchangeable chopper module, and a vacuum chuck stage for stable, precise sample micro-positioner • Long working distance objective lens • BNC to screw terminal adapter • Photocurrent target sample

range of laser wavelengths (532, 633, and 785 nm) and offers interchangeable lens options for diverse sample Our system supports a wide range of lens configurations to match any sample type or geometry.

spectroscopy, you can investigate the correlation between Raman spectra and electrical/optical properties of samples 100 °C/min (with LNP96) • ±0.01 °C temperature stability for reliable measurements • 22 mm diameter sample

modulators, please contact our technical sales team for solutions tailored to your experimental goals, sample

with Marzhauser motorized microscope stages (optimized for Olympus BX43 Microscope), ensuring precise sample

configuration Adjustment of grating angle We provide optimized VPH Grating options for your experimental goals, sample

configurations or time-consuming setup Specification Nanocycler – In-situ Electrochemical Raman Made Simple This makes in-situ electrochemical Raman measurements simple, efficient, and highly accessible. Battery Test Cell for Operando Characterization Nanobase XperRAM Series are compatible with various types of battery test cells, and with the Extender option, in-situ electrochemical Raman measurements can EL-Cell Optical Analysis Test Cells (View Details ) Download NanoCycler Brochure v1.5 (0.33MB)